2.3) NETWORK BASICS

2.3) NETWORK BASICS by balqis najeeha

1. Wide Area Network (WAN)

2. Area of Coverage

2.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

3. Wide Area Network (WAN)

4. Transmission Media

4.1. WANs use a variety of wired and wireless transmission media.

5. Network Ownership

5.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

6. Advantages

6.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

7. Communication Device

7.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

8. Disadvantages

8.1. More susceptible to external threats like hacking, DDoS attacks, and data breaches.

9. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

10. Wide Area Network (WAN)

11. Advantages

11.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

12. Area of Coverage

12.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

13. Communication Device

13.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

14. Disadvantages

14.1. More susceptible to external threats like hacking, DDoS attacks, and data breaches.

15. Transmission Media

15.1. WANs use a variety of wired and wireless transmission media.

16. Network Ownership

16.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

17. Local Area Network (LAN)

17.1. Area of Coverage

17.1.1. A local area network (LAN) is a network that connects computers and devices in a limited geographical area such as a home, school computer laboratory, or small office complex.

17.2. Network Ownership

17.2.1. LANs are owned and operated by single person or organization.

17.3. Transmission Media

17.3.1. LAN can be wired or wireless transmission media.

17.4. Communication Device

17.4.1. LAN uses devices such as switch, hub, modem, router, or wireless access point to connect multiple devices on a singled wired or wireless network.

17.5. Advantages

17.5.1. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.2. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.3. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.4. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.5. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.6. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.7. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.8. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.9. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.10. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.11. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.12. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.13. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.14. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.15. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.16. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.17. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.18. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.19. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.20. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.21. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.22. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.23. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.24. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.25. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.26. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.27. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.28. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.29. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.30. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.31. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.32. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.33. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.34. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.35. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.36. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.37. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.38. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.39. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.40. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.41. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.42. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.43. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.44. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.45. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.46. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.47. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.48. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.49. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.50. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.51. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.52. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.53. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.54. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.55. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.56. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.57. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.58. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.59. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.60. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.61. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.62. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.63. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.64. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.65. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.66. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.67. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.68. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.69. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.70. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.71. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.72. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.73. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.74. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.75. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.76. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.77. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.78. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.79. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.80. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.81. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.82. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.83. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.84. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.85. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.86. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.87. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.88. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.89. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.90. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.91. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.92. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.93. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.94. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.95. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.96. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.97. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.98. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.99. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.100. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.101. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.102. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.103. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.104. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.105. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.106. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.107. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.108. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.109. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.110. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.111. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.112. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.113. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.114. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.115. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.116. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.117. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.118. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.119. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.120. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.121. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.122. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.123. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.124. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.125. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.126. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.127. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.128. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.129. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.130. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.131. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.132. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.133. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.134. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.135. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.136. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.137. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.138. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.139. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.140. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.141. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.142. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.143. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.144. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.145. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.146. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.147. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.148. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.149. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.150. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.151. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.152. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.153. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.154. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.155. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.156. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.157. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.158. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.159. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.160. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.161. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.162. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.163. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.164. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.165. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.166. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.167. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.168. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.169. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.170. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.171. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.172. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.173. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.174. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.175. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.176. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.177. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.178. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.179. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.180. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.181. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.182. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.183. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.184. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.185. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.186. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.187. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.188. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.189. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.190. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.191. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.192. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.193. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.194. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.195. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.196. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.197. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.198. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.199. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.200. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.201. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.202. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.203. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.204. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.205. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.206. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.207. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.208. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.209. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.210. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.211. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.212. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.213. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.214. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.215. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.216. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.217. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.218. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.219. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.220. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.221. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.222. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.223. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.224. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.225. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.226. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.227. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.228. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.229. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.230. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.231. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.232. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.233. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.234. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.235. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.236. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.237. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.238. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.239. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.240. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.241. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.242. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.243. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.244. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.245. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.246. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.247. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.248. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.249. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.250. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.251. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.252. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.253. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.254. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.255. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.256. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.257. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.258. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.259. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.260. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.261. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.262. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.263. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.264. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.265. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.266. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.267. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.268. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.269. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.270. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.271. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.272. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.273. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.274. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.275. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.276. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.277. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.278. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.279. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.280. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.281. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.282. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.283. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.284. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.285. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.286. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.287. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.288. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.289. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.290. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.291. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.292. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.293. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.294. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.295. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.296. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.297. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.298. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.299. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.300. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.301. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.302. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.303. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.304. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.305. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.306. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.307. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.308. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.309. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.310. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.311. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.312. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.313. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.314. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.315. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.316. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.317. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.318. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.319. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.320. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.321. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.322. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.323. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.324. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.325. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.326. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.327. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.328. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.329. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.330. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.331. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.332. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.333. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.334. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.335. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.336. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.337. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.338. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.339. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.340. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.341. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.342. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.343. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.344. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.345. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.346. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.347. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.348. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.349. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.350. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.351. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.352. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.353. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.354. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.355. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.356. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.357. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.358. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.359. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.360. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.361. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.362. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.363. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.364. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.365. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.366. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.367. High-speed data transfer compared to Wide Area Network due to the limited geographical area scope.

17.5.368. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.369. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.370. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.371. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.372. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.373. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.374. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.375. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.376. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.377. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.378. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.379. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.380. Reduces cost because resources, such as printers, scanners, large hard drives, data, and programs can be shared in a limited geographical area.

17.5.381. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.5.382. Allow users on the network to share resources, such as printers, scanners, large hard drives, data, programs, in a limited geographical area.

17.6. Disadvantages

17.6.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.6.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.7. Disadvantages

17.7.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.7.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.8. Disadvantages

17.8.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.8.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.9. Disadvantages

17.9.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.9.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.10. Disadvantages

17.10.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.10.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.11. Disadvantages

17.11.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.11.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.12. Disadvantages

17.12.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.12.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.13. Disadvantages

17.13.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.13.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.14. Disadvantages

17.14.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.14.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.15. Disadvantages

17.15.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.15.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.16. Disadvantages

17.16.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.16.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.17. Disadvantages

17.17.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.17.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.18. Disadvantages

17.18.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.18.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.19. Disadvantages

17.19.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.19.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.20. Disadvantages

17.20.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.20.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.21. Disadvantages

17.21.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.21.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.22. Disadvantages

17.22.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.22.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.23. Disadvantages

17.23.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.23.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.24. Disadvantages

17.24.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.24.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.25. Disadvantages

17.25.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.25.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.26. Disadvantages

17.26.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.26.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.27. Disadvantages

17.27.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.27.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.28. Disadvantages

17.28.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.28.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.29. Disadvantages

17.29.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.29.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.30. Disadvantages

17.30.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.30.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.31. Disadvantages

17.31.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.31.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.32. Disadvantages

17.32.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.32.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.33. Disadvantages

17.33.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.33.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.34. Disadvantages

17.34.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.34.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.35. Disadvantages

17.35.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.35.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.36. Disadvantages

17.36.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.36.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.37. Disadvantages

17.37.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.37.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.38. Disadvantages

17.38.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.38.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.39. Disadvantages

17.39.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.39.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.40. Disadvantages

17.40.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.40.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.41. Disadvantages

17.41.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.41.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.42. Disadvantages

17.42.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.42.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.43. Disadvantages

17.43.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.43.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.44. Disadvantages

17.44.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.44.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.45. Disadvantages

17.45.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.45.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.46. Disadvantages

17.46.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.46.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.47. Disadvantages

17.47.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.47.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.48. Disadvantages

17.48.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.48.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.49. Disadvantages

17.49.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.49.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.50. Disadvantages

17.50.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.50.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.51. Disadvantages

17.51.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.51.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.52. Disadvantages

17.52.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.52.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.53. Disadvantages

17.53.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.53.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.54. Disadvantages

17.54.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.54.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.55. Disadvantages

17.55.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.55.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.56. Disadvantages

17.56.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.56.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.57. Disadvantages

17.57.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.57.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.58. Disadvantages

17.58.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.58.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.59. Disadvantages

17.59.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.59.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.60. Disadvantages

17.60.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.60.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.61. Disadvantages

17.61.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.61.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.62. Disadvantages

17.62.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.62.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.63. Disadvantages

17.63.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.63.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.64. Disadvantages

17.64.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.64.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.65. Disadvantages

17.65.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.65.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.66. Disadvantages

17.66.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.66.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.67. Disadvantages

17.67.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.67.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.68. Disadvantages

17.68.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.68.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.69. Disadvantages

17.69.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.69.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.70. Disadvantages

17.70.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.70.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.71. Disadvantages

17.71.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.71.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.72. Disadvantages

17.72.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.72.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.73. Disadvantages

17.73.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.73.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.74. Disadvantages

17.74.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.74.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.75. Disadvantages

17.75.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.75.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.76. Disadvantages

17.76.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.76.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.77. Disadvantages

17.77.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.77.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.78. Disadvantages

17.78.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.78.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.79. Disadvantages

17.79.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.79.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.80. Disadvantages

17.80.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.80.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.81. Disadvantages

17.81.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.81.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.82. Disadvantages

17.82.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.82.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.83. Disadvantages

17.83.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.83.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.84. Disadvantages

17.84.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.84.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.85. Disadvantages

17.85.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.85.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.86. Disadvantages

17.86.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.86.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.87. Disadvantages

17.87.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.87.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.88. Disadvantages

17.88.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.88.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.89. Disadvantages

17.89.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.89.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.90. Disadvantages

17.90.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.90.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.91. Disadvantages

17.91.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.91.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.92. Disadvantages

17.92.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.92.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.93. Disadvantages

17.93.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.93.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.94. Disadvantages

17.94.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.94.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.95. Disadvantages

17.95.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.95.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.96. Disadvantages

17.96.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.96.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.97. Disadvantages

17.97.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.97.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.98. Disadvantages

17.98.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.98.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.99. Disadvantages

17.99.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.99.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.100. Disadvantages

17.100.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.100.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.101. Disadvantages

17.101.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.101.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.102. Disadvantages

17.102.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.102.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.103. Disadvantages

17.103.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.103.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.104. Disadvantages

17.104.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.104.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.105. Disadvantages

17.105.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.105.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.106. Disadvantages

17.106.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.106.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.107. Disadvantages

17.107.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.107.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.108. Disadvantages

17.108.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.108.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.109. Disadvantages

17.109.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.109.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.110. Disadvantages

17.110.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.110.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.111. Disadvantages

17.111.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.111.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.112. Disadvantages

17.112.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.112.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.113. Disadvantages

17.113.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.113.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.114. Disadvantages

17.114.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.114.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.115. Disadvantages

17.115.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.115.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.116. Disadvantages

17.116.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.116.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.117. Disadvantages

17.117.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.117.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.118. Disadvantages

17.118.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.118.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.119. Disadvantages

17.119.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.119.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.120. Disadvantages

17.120.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.120.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.121. Disadvantages

17.121.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.121.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.122. Disadvantages

17.122.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.122.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.123. Disadvantages

17.123.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.123.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.124. Disadvantages

17.124.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.124.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.125. Disadvantages

17.125.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.125.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.126. Disadvantages

17.126.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.126.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.127. Disadvantages

17.127.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.127.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.128. Disadvantages

17.128.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.128.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.129. Disadvantages

17.129.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.129.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.130. Disadvantages

17.130.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.130.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.131. Disadvantages

17.131.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.131.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.132. Disadvantages

17.132.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.132.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.133. Disadvantages

17.133.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.133.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.134. Disadvantages

17.134.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.134.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.135. Disadvantages

17.135.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.135.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.136. Disadvantages

17.136.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.136.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.137. Disadvantages

17.137.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.137.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.138. Disadvantages

17.138.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.138.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.139. Disadvantages

17.139.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.139.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.140. Disadvantages

17.140.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.140.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.141. Disadvantages

17.141.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.141.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.142. Disadvantages

17.142.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.142.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

17.143. Disadvantages

17.143.1. More susceptible to internal threats like unauthorized access and malware, viruses and worms.

17.143.2. Local Area Networks are typically limited to a single building or campus due to physical distance limitations and signal attenuation.

18. Wide Area Network (WAN)

19. Advantages

20. Area of Coverage

20.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

21. Communication Device

21.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

22. Disadvantages

22.1. More susceptible to external threats like hacking, DDoS attacks, and data breaches.

23. Transmission Media

23.1. WANs use a variety of wired and wireless transmission media.

24. Network Ownership

24.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

25. Area of Coverage

25.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

26. Wide Area Network (WAN)

27. Transmission Media

27.1. WANs use a variety of wired and wireless transmission media.

28. Network Ownership

28.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

29. Advantages

29.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

30. Communication Device

30.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

31. Disadvantages

31.1. More susceptible to external threats like hacking, DDoS attacks, and data breaches.

32. Wide Area Network (WAN)

33. Advantages

33.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

34. Area of Coverage

34.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

35. Communication Device

35.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

36. Disadvantages

36.1. More susceptible to external threats like hacking, DDoS attacks, and data breaches.

37. Transmission Media

37.1. WANs use a variety of wired and wireless transmission media.

38. Network Ownership

38.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

39. Area of Coverage

39.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

40. Wide Area Network (WAN)

41. Transmission Media

41.1. WANs use a variety of wired and wireless transmission media.

42. Network Ownership

42.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

43. Advantages

43.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

44. Communication Device

44.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

45. Disadvantages

45.1. More susceptible to external threats like hacking, DDoS attacks, and data breaches.

46. Wide Area Network (WAN)

47. Advantages

47.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

48. Area of Coverage

48.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

49. Communication Device

49.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

50. Disadvantages

50.1. More susceptible to external threats like hacking, DDoS attacks, and data breaches.

51. Transmission Media

51.1. WANs use a variety of wired and wireless transmission media.

52. Network Ownership

52.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

53. Area of Coverage

53.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

54. Wide Area Network (WAN)

55. Transmission Media

55.1. WANs use a variety of wired and wireless transmission media.

56. Network Ownership

56.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

57. Advantages

57.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

58. Communication Device

58.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

59. Disadvantages

59.1. More susceptible to external threats like hacking, DDoS attacks, and data breaches.

60. Area of Coverage

60.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

61. Wide Area Network (WAN)

62. Advantages

62.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

63. Area of Coverage

63.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

64. Communication Device

64.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

65. Disadvantages

65.1. More susceptible to external threats like hacking, DDoS attacks, and data breaches.

66. Transmission Media

66.1. WANs use a variety of wired and wireless transmission media.

67. Network Ownership

67.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

68. Wide Area Network (WAN)

69. Transmission Media

69.1. WANs use a variety of wired and wireless transmission media.

70. Network Ownership

70.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

71. Advantages

71.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

72. Communication Device

72.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

73. Disadvantages

73.1. More susceptible to external threats like hacking, DDoS attacks, and data breaches.

74. Wide Area Network (WAN)

75. Advantages

75.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

76. Area of Coverage

76.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

77. Communication Device

77.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

78. Disadvantages

78.1. More susceptible to external threats like hacking, DDoS attacks, and data breaches.

79. Transmission Media

79.1. WANs use a variety of wired and wireless transmission media.

80. Network Ownership

80.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

81. Area of Coverage

81.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

82. Wide Area Network (WAN)

83. Transmission Media

83.1. WANs use a variety of wired and wireless transmission media.

84. Network Ownership

84.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

85. Advantages

85.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

86. Communication Device

86.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

87. Disadvantages

87.1. More susceptible to external threats like hacking, DDoS attacks, and data breaches.

88. Wide Area Network (WAN)

89. Advantages

89.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

90. Area of Coverage

90.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

91. Communication Device

91.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

92. Disadvantages

92.1. More susceptible to external threats like hacking, DDoS attacks, and data breaches.

93. Transmission Media

93.1. WANs use a variety of wired and wireless transmission media.

94. Network Ownership

94.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

95. Area of Coverage

95.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

96. Area of Coverage

96.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

97. Transmission Media

97.1. WANs use a variety of wired and wireless transmission media.

98. Network Ownership

98.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

99. Advantages

99.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

100. Communication Device

100.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

101. Disadvantages

101.1. More susceptible to external threats like hacking, DDoS attacks, and data breaches.

102. Wide Area Network (WAN)

103. Wide Area Network (WAN)

104. Advantages

104.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

105. Area of Coverage

105.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

106. Communication Device

106.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

107. Disadvantages

107.1. More susceptible to external threats like hacking, DDoS attacks, and data breaches.

108. Transmission Media

108.1. WANs use a variety of wired and wireless transmission media.

109. Network Ownership

109.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

110. Advantages

110.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

111. Area of Coverage

111.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

112. Communication Device

112.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

113. Disadvantages

113.1. More susceptible to external threats like hacking, DDoS attacks, and data breaches.

114. Transmission Media

114.1. WANs use a variety of wired and wireless transmission media.

115. Network Ownership

115.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

116. Area of Coverage

116.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

117. Transmission Media

117.1. WANs use a variety of wired and wireless transmission media.

118. Network Ownership

118.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

119. Advantages

119.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

120. Communication Device

120.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

121. Wide Area Network (WAN)

122. Disadvantages

122.1. More susceptible to external threats like hacking, DDoS attacks, and data breaches.

123. Wide Area Network (WAN)

124. Wide Area Network (WAN)

125. Wide Area Network (WAN)

126. Wide Area Network (WAN)

127. Wide Area Network (WAN)

128. Wide Area Network (WAN)

129. Wide Area Network (WAN)

130. Advantages

130.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

131. Area of Coverage

131.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

132. Communication Device

132.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

133. Disadvantages

133.1. More susceptible to external threats like hacking, DDoS attacks, and data breaches.

134. Transmission Media

134.1. WANs use a variety of wired and wireless transmission media.

135. Network Ownership

135.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

136. Advantages

136.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

137. Area of Coverage

137.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

138. Communication Device

138.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

139. Disadvantages

139.1. More susceptible to external threats like hacking, DDoS attacks, and data breaches.

140. Transmission Media

140.1. WANs use a variety of wired and wireless transmission media.

141. Network Ownership

141.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

142. Advantages

142.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

143. Area of Coverage

143.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

144. Communication Device

144.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

145. Disadvantages

145.1. More susceptible to external threats like hacking, DDoS attacks, and data breaches.

146. Transmission Media

146.1. WANs use a variety of wired and wireless transmission media.

147. Network Ownership

147.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

148. Advantages

148.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

149. Area of Coverage

149.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

150. Communication Device

150.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

151. Disadvantages

151.1. More susceptible to external threats like hacking, DDoS attacks, and data breaches.

152. Transmission Media

152.1. WANs use a variety of wired and wireless transmission media.

153. Network Ownership

153.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

154. Advantages

154.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

155. Area of Coverage

155.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

156. Communication Device

156.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

157. Disadvantages

157.1. More susceptible to external threats like hacking, DDoS attacks, and data breaches.

158. Transmission Media

158.1. WANs use a variety of wired and wireless transmission media.

159. Network Ownership

159.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

160. Advantages

160.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

161. Area of Coverage

161.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

162. Communication Device

162.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

163. Disadvantages

163.1. More susceptible to external threats like hacking, DDoS attacks, and data breaches.

164. Transmission Media

164.1. WANs use a variety of wired and wireless transmission media.

165. Network Ownership

165.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

166. Advantages

166.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

167. Area of Coverage

167.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

168. Communication Device

168.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

169. Disadvantages

169.1. More susceptible to external threats like hacking, DDoS attacks, and data breaches.

170. Transmission Media

170.1. WANs use a variety of wired and wireless transmission media.

171. Network Ownership

171.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

172. Transmission Media

172.1. WANs use a variety of wired and wireless transmission media.

173. Area of Coverage

173.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

174. Network Ownership

174.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

175. Communication Device

175.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

176. Advantages

176.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

177. Disadvantages

177.1. More susceptible to external threats like hacking, DDoS attacks, and data breaches.

178. Transmission Media

178.1. WANs use a variety of wired and wireless transmission media.

179. Transmission Media

179.1. WANs use a variety of wired and wireless transmission media.

180. Communication Device

180.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

181. Communication Device

181.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

182. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

183. Area of Coverage

183.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

184. Area of Coverage

184.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

185. Communication Device

185.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

186. Advantages

186.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

187. Advantages

187.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

188. Area of Coverage

188.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

189. Communication Device

189.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

190. Disadvantages

190.1. More susceptible to external threats like hacking, DDoS attacks, and data breaches.

191. Transmission Media

191.1. WANs use a variety of wired and wireless transmission media.

192. Network Ownership

192.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

193. Area of Coverage

193.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

194. Communication Device

194.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

195. Disadvantages

195.1. More susceptible to external threats like hacking, DDoS attacks, and data breaches.

196. Transmission Media

196.1. WANs use a variety of wired and wireless transmission media.

197. Network Ownership

197.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

198. Disadvantages

198.1. More susceptible to external threats like hacking, DDoS attacks, and data breaches.

199. Advantages

199.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

200. Transmission Media

200.1. WANs use a variety of wired and wireless transmission media.

201. Network Ownership

201.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

202. Communication Device

202.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

203. Disadvantages

203.1. More susceptible to external threats like hacking, DDoS attacks, and data breaches.

204. Advantages

204.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

205. Transmission Media

205.1. WANs use a variety of wired and wireless transmission media.

206. Network Ownership

206.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

207. Area of Coverage

207.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

208. Communication Device

208.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

209. Disadvantages

209.1. More susceptible to external threats like hacking, DDoS attacks, and data breaches.

210. Advantages

211. Transmission Media

211.1. WANs use a variety of wired and wireless transmission media.

212. Network Ownership

212.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

213. Communication Device

213.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

214. Disadvantages

214.1. More susceptible to external threats like hacking, DDoS attacks, and data breaches.

215. Advantages

215.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

216. Transmission Media

216.1. WANs use a variety of wired and wireless transmission media.

217. Network Ownership

217.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

218. Disadvantages

218.1. More susceptible to external threats like hacking, DDoS attacks, and data breaches.

219. Advantages

219.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

220. Transmission Media

220.1. WANs use a variety of wired and wireless transmission media.

221. Network Ownership

221.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

222. Area of Coverage

222.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

223. Disadvantages

223.1. More susceptible to external threats like hacking, DDoS attacks, and data breaches.

224. Advantages

224.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

225. Transmission Media

225.1. WANs use a variety of wired and wireless transmission media.

226. Network Ownership

226.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

227. Area of Coverage

227.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

228. Communication Device

228.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

229. Network Ownership

229.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

230. Advantages

230.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

231. Disadvantages

231.1. More susceptible to external threats like hacking, DDoS attacks, and data breaches.

232. Area of Coverage

232.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

233. Advantages

233.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

234. Disadvantages

234.1. More susceptible to external threats like hacking, DDoS attacks, and data breaches.

235. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

236. Communication Device

236.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

237. Communication Device

237.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

238. More susceptible to external threats like hacking, DDoS attacks, and data breaches.

239. Communication Device

239.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

240. Communication Device

240.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

241. Disadvantages

241.1. More susceptible to external threats like hacking, DDoS attacks, and data breaches.

242. Advantages

242.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

243. Transmission Media

243.1. WANs use a variety of wired and wireless transmission media.

244. Network Ownership

244.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

245. Area of Coverage

245.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

246. Disadvantages

246.1. More susceptible to external threats like hacking, DDoS attacks, and data breaches.

247. Advantages

247.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

248. Transmission Media

248.1. WANs use a variety of wired and wireless transmission media.

249. Network Ownership

249.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

250. Area of Coverage

250.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

251. Communication Device

251.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

252. Disadvantages

253. Advantages

253.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

254. Transmission Media

254.1. WANs use a variety of wired and wireless transmission media.

255. Network Ownership

255.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

256. Area of Coverage

256.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

257. Disadvantages

257.1. More susceptible to external threats like hacking, DDoS attacks, and data breaches.

258. Advantages

258.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

259. Transmission Media

259.1. WANs use a variety of wired and wireless transmission media.

260. Network Ownership

260.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

261. Area of Coverage

261.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

262. Disadvantages

262.1. More susceptible to external threats like hacking, DDoS attacks, and data breaches.

263. Advantages

263.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

264. Transmission Media

264.1. WANs use a variety of wired and wireless transmission media.

265. Network Ownership

265.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

266. Area of Coverage

266.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

267. Communication Device

268. Disadvantages

268.1. More susceptible to external threats like hacking, DDoS attacks, and data breaches.

269. Advantages

269.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

270. Transmission Media

270.1. WANs use a variety of wired and wireless transmission media.

271. Network Ownership

271.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

272. Area of Coverage

272.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

273. Transmission Media

273.1. WANs use a variety of wired and wireless transmission media.

274. Communication Device

274.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

275. Area of Coverage

275.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

276. Network Ownership

276.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

277. Communication Device

277.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

278. Area of Coverage

278.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

279. Network Ownership

279.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

280. Advantages

280.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

281. Disadvantages

281.1. More susceptible to external threats like hacking, DDoS attacks, and data breaches.

282. Transmission Media

282.1. WANs use a variety of wired and wireless transmission media.

283. Transmission Media

283.1. WANs use a variety of wired and wireless transmission media.

284. Disadvantages

284.1. More susceptible to external threats like hacking, DDoS attacks, and data breaches.

285. Advantages

285.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

286. Communication Device

286.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

287. Transmission Media

287.1. WANs use a variety of wired and wireless transmission media.

288. Network Ownership

288.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

289. Area of Coverage

289.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

290. Communication Device

290.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

291. Network Ownership

291.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

292. Advantages

292.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

293. Disadvantages

293.1. More susceptible to external threats like hacking, DDoS attacks, and data breaches.

294. Area of Coverage

294.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

295. Disadvantages

295.1. More susceptible to external threats like hacking, DDoS attacks, and data breaches.

296. Disadvantages

296.1. More susceptible to external threats like hacking, DDoS attacks, and data breaches.

297. Disadvantages

297.1. More susceptible to external threats like hacking, DDoS attacks, and data breaches.

298. Advantages

298.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

299. Communication Device

299.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

300. Transmission Media

300.1. WANs use a variety of wired and wireless transmission media.

301. Network Ownership

301.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

302. Area of Coverage

302.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

303. Advantages

303.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

304. Communication Device

304.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

305. Transmission Media

305.1. WANs use a variety of wired and wireless transmission media.

306. Network Ownership

306.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

307. Area of Coverage

307.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

308. Advantages

308.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

309. Communication Device

309.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

310. Transmission Media

310.1. WANs use a variety of wired and wireless transmission media.

311. Network Ownership

311.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

312. Area of Coverage

312.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

313. Communication Device

313.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

314. Area of Coverage

314.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

315. Network Ownership

315.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

316. Advantages

316.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

317. Disadvantages

317.1. More susceptible to external threats like hacking, DDoS attacks, and data breaches.

318. Transmission Media

318.1. WANs use a variety of wired and wireless transmission media.

319. Transmission Media

319.1. WANs use a variety of wired and wireless transmission media.

320. Disadvantages

320.1. More susceptible to external threats like hacking, DDoS attacks, and data breaches.

321. Advantages

321.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

322. Communication Device

322.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

323. Transmission Media

323.1. WANs use a variety of wired and wireless transmission media.

324. Network Ownership

324.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

325. Area of Coverage

325.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

326. Communication Device

326.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

327. Network Ownership

327.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

328. Advantages

328.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

329. Disadvantages

330. Area of Coverage

330.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

331. Disadvantages

332. Advantages

332.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

333. Communication Device

333.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

334. Transmission Media

334.1. WANs use a variety of wired and wireless transmission media.

335. Network Ownership

335.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

336. Area of Coverage

336.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

337. Communication Device

337.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

338. Area of Coverage

338.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

339. Network Ownership

339.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

340. Advantages

340.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

341. Communication Device

341.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

342. Advantages

342.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

343. Advantages

343.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

344. Advantages

344.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

345. Advantages

345.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

346. Communication Device

346.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

347. Transmission Media

347.1. WANs use a variety of wired and wireless transmission media.

348. Network Ownership

348.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

349. Area of Coverage

349.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

350. Communication Device

350.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

351. Transmission Media

351.1. WANs use a variety of wired and wireless transmission media.

352. Network Ownership

352.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

353. Area of Coverage

353.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

354. Communication Device

354.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

355. Transmission Media

355.1. WANs use a variety of wired and wireless transmission media.

356. Network Ownership

356.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

357. Area of Coverage

357.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

358. Network Ownership

358.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

359. Transmission Media

359.1. WANs use a variety of wired and wireless transmission media.

360. Area of Coverage

360.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

361. Transmission Media

361.1. WANs use a variety of wired and wireless transmission media.

362. Transmission Media

362.1. WANs use a variety of wired and wireless transmission media.

363. Communication Device

363.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

364. Network Ownership

364.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

365. Advantages

365.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

366. Area of Coverage

366.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

367. Advantages

367.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

368. Advantages

368.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

369. Advantages

369.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

370. Advantages

370.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

371. Advantages

371.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

372. Communication Device

372.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

373. Transmission Media

373.1. WANs use a variety of wired and wireless transmission media.

374. Network Ownership

374.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

375. Area of Coverage

375.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

376. Communication Device

376.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

377. Transmission Media

377.1. WANs use a variety of wired and wireless transmission media.

378. Network Ownership

378.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

379. Area of Coverage

379.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

380. Communication Device

380.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

381. Transmission Media

381.1. WANs use a variety of wired and wireless transmission media.

382. Network Ownership

382.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

383. Area of Coverage

383.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

384. Communication Device

384.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

385. Transmission Media

385.1. WANs use a variety of wired and wireless transmission media.

386. Network Ownership

386.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

387. Area of Coverage

387.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

388. Communication Device

388.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

389. Transmission Media

389.1. WANs use a variety of wired and wireless transmission media.

390. Network Ownership

390.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

391. Area of Coverage

391.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

392. Communication Device

392.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

393. Area of Coverage

393.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

394. Network Ownership

394.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

395. Advantages

395.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

396. Transmission Media

396.1. WANs use a variety of wired and wireless transmission media.

397. Transmission Media

397.1. WANs use a variety of wired and wireless transmission media.

398. Advantages

398.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

399. Advantages

399.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

400. Advantages

400.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

401. Advantages

401.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

402. Advantages

402.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

403. Communication Device

403.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

404. Transmission Media

404.1. WANs use a variety of wired and wireless transmission media.

405. Network Ownership

405.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

406. Area of Coverage

406.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

407. Communication Device

407.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

408. Transmission Media

408.1. WANs use a variety of wired and wireless transmission media.

409. Network Ownership

409.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

410. Area of Coverage

410.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

411. Communication Device

411.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

412. Transmission Media

412.1. WANs use a variety of wired and wireless transmission media.

413. Network Ownership

413.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

414. Area of Coverage

414.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

415. Communication Device

415.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

416. Transmission Media

416.1. WANs use a variety of wired and wireless transmission media.

417. Network Ownership

417.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

418. Area of Coverage

418.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

419. Communication Device

419.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

420. Transmission Media

420.1. WANs use a variety of wired and wireless transmission media.

421. Network Ownership

421.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

422. Area of Coverage

422.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

423. Communication Device

423.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

424. Network Ownership

424.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

425. Advantages

425.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

426. Area of Coverage

426.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

427. Advantages

427.1. Redundancy in the Wide Area Network refers to the implementation of multiple, independent paths for data transmission. This means that if one path fails, data can still be routed through alternative paths, ensuring uninterrupted network connectivity.

428. Communication Device

428.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

429. Transmission Media

429.1. WANs use a variety of wired and wireless transmission media.

430. Network Ownership

430.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

431. Area of Coverage

431.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

432. Communication Device

432.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

433. Area of Coverage

433.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

434. Network Ownership

434.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

435. Advantages

436. Transmission Media

436.1. WANs use a variety of wired and wireless transmission media.

437. Transmission Media

437.1. WANs use a variety of wired and wireless transmission media.

438. Advantages

439. Communication Device

439.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

440. Transmission Media

440.1. WANs use a variety of wired and wireless transmission media.

441. Network Ownership

441.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

442. Area of Coverage

442.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

443. Communication Device

443.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

444. Network Ownership

444.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

445. Area of Coverage

445.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

446. Advantages

447. Advantages

448. Communication Device

448.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

449. Transmission Media

449.1. WANs use a variety of wired and wireless transmission media.

450. Network Ownership

450.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

451. Area of Coverage

451.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

452. Communication Device

452.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

453. Transmission Media

453.1. WANs use a variety of wired and wireless transmission media.

454. Network Ownership

454.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

455. Area of Coverage

455.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

456. Communication Device

456.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

457. Area of Coverage

457.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

458. Network Ownership

458.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

459. Communication Device

459.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

460. Network Ownership

460.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

461. Transmission Media

461.1. WANs use a variety of wired and wireless transmission media.

462. Area of Coverage

462.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

463. Transmission Media

463.1. WANs use a variety of wired and wireless transmission media.

464. Transmission Media

464.1. WANs use a variety of wired and wireless transmission media.

465. Network Ownership

465.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

466. Communication Device

466.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

467. Area of Coverage

467.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

468. Communication Device

468.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

469. Transmission Media

469.1. WANs use a variety of wired and wireless transmission media.

470. Communication Device

470.1. WAN uses devices such as switch, hub, router, and wireless access point and communication satellite to connect multiple wired or wireless networks together over wide geographical area.

471. Transmission Media

471.1. WANs use a variety of wired and wireless transmission media.

472. Network Ownership

472.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

473. Area of Coverage

473.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

474. Network Ownership

474.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

475. Area of Coverage

475.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

476. Area of Coverage

476.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

477. Network Ownership

477.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

478. Communication Device

479. Transmission Media

479.1. WANs use a variety of wired and wireless transmission media.

480. Transmission Media

480.1. WANs use a variety of wired and wireless transmission media.

481. Communication Device

482. Transmission Media

482.1. WANs use a variety of wired and wireless transmission media.

483. Network Ownership

483.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

484. Area of Coverage

484.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

485. Network Ownership

485.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

486. Area of Coverage

486.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

487. Transmission Media

487.1. WANs use a variety of wired and wireless transmission media.

488. Network Ownership

488.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

489. Area of Coverage

489.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

490. Area of Coverage

490.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

491. Network Ownership

491.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

492. Network Ownership

492.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

493. Transmission Media

493.1. WANs use a variety of wired and wireless transmission media.

494. Transmission Media

494.1. WANs use a variety of wired and wireless transmission media.

495. Area of Coverage

495.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

496. Network Ownership

496.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

497. Area of Coverage

497.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

498. Area of Coverage

498.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

499. Network Ownership

499.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

500. Transmission Media

500.1. WANs use a variety of wired and wireless transmission media.

501. Network Ownership

501.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

502. Transmission Media

502.1. WANs use a variety of wired and wireless transmission media.

503. Transmission Media

503.1. WANs use a variety of wired and wireless transmission media.

504. Network Ownership

504.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

505. Area of Coverage

505.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

506. Area of Coverage

506.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

507. Area of Coverage

507.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

508. Network Ownership

508.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

509. Network Ownership

509.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

510. Area of Coverage

510.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

511. Network Ownership

511.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

512. Transmission Media

513. Network Ownership

513.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

514. Transmission Media

515. Area of Coverage

515.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

516. Area of Coverage

516.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

517. Network Ownership

517.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

518. Area of Coverage

518.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

519. Area of Coverage

519.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

520. Network Ownership

520.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

521. Network Ownership

521.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

522. Area of Coverage

522.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

523. Network Ownership

523.1. Multiple Ownership / Shared Ownership / Distributed ownership. Example: Distributed database applications (ATM banking system).

524. Area of Coverage

524.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

525. Area of Coverage

525.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

526. Network rk Ownership

527. Network Ownership

528. Area of Coverage

528.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

529. Network Ownership

530. Network Ownership

531. Network Ownership

532. Area of Coverage

532.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

533. Area of Coverage

533.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

534. Area of Coverage

534.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

535. Area of Coverage

536. Area of Coverage

537. Area of Coverage

537.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

538. Area of Coverage

538.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

539. Area of Coverage

540. Area of Coverage

540.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

541. Area of Coverage

541.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

542. Area of Coverage

543. Area of Coverage

543.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

544. Area of Coverage

544.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

545. Area of Coverage

546. Area of Coverage

546.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

547. Area of Coverage

547.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

548. Area of Coverage

549. Area of Coverage

549.1. A wide area network (WAN) is a network that connects computers and devices in a wide geographical area such as a multinational company or a national retail chain. *Internet is the world's largest WAN.

550. Area of Coverage

551. Area of Coverage

552. Area of Coverage