Why are many network design maps created with a scale where 1 inch represents 100 feet?

Why are many network design maps created with a scale where 1 inch represents 100 feet?

• A. To simplify the representation of devices
• B. To improve clarity in displays
• C. To capture and display the details of the network
• D. To make the maps easier to print

Answer: (C)

Opting for a scale of 1 inch representing 100 feet in network design maps serves to provide a clear and measurable representation of the physical layout of the network. This particular scale allows designers to effectively capture and illustrate the spacing and interaction among various network components, such as routers, switches, and cables, in relation to the actual physical spaces they occupy. It helps ensure that all elements of the network are proportionate relative to each other, which is essential for understanding how expansions and modifications could affect network performance and integration. Choosing such a scale can enhance strategic planning and troubleshooting by allowing for a realistic visualization of the network. This level of detail is crucial during both the design and maintenance phases, where understanding the spatial relationships between components can impact decisions regarding upgrades and the management of network traffic. Conversely, while clarity in displays, ease of printing, or simplifying device representation are valuable in their own right, the primary purpose of choosing this specific scale centers around accurately capturing and displaying the network's layout and relationships, which ultimately aids in effective network management and planning.

Opting for a scale of 1 inch representing 100 feet in network design maps serves to provide a clear and measurable representation of the physical layout of the network. This particular scale allows designers to effectively capture and illustrate the spacing and interaction among various network components, such as routers, switches, and cables, in relation to the actual physical spaces they occupy. It helps ensure that all elements of the network are proportionate relative to each other, which is essential for understanding how expansions and modifications could affect network performance and integration.

Choosing such a scale can enhance strategic planning and troubleshooting by allowing for a realistic visualization of the network. This level of detail is crucial during both the design and maintenance phases, where understanding the spatial relationships between components can impact decisions regarding upgrades and the management of network traffic.

Conversely, while clarity in displays, ease of printing, or simplifying device representation are valuable in their own right, the primary purpose of choosing this specific scale centers around accurately capturing and displaying the network's layout and relationships, which ultimately aids in effective network management and planning.