Static IP address limits the total number of devices on a network to approximately _____.

Static IP address limits the total number of devices on a network to approximately _____.

• A. 100
• B. 150
• C. 250
• D. 500

Answer: (C)

A static IP address does not inherently limit the number of devices on a network to a specific number like 250. Instead, the limitation of devices is determined by the subnet mask and the address space available within the defined network. For instance, if a network is using a Class C subnet (which is commonly employed for small networks), it can support a maximum of 254 usable IP addresses. This is because one address is reserved for the network itself and one is reserved for the broadcast address. In this context, the answer aligns with the characteristic of static IP addressing that is typically associated with smaller networks, where the total number of devices can be close to that number but not necessarily exactly that. When addressing the question in the context of more extensive networking options, larger networks with subnetting or different classes (like Class B) can indeed support higher numbers of devices, but those typically involve dynamic IP addressing or different management strategies. Thus, while static IP addressing can certainly be used effectively within a network to assign fixed IP addresses to various devices, the actual limitation is fundamentally rooted in IP addressing schemes rather than the concept of static addressing alone.

A static IP address does not inherently limit the number of devices on a network to a specific number like 250. Instead, the limitation of devices is determined by the subnet mask and the address space available within the defined network.

For instance, if a network is using a Class C subnet (which is commonly employed for small networks), it can support a maximum of 254 usable IP addresses. This is because one address is reserved for the network itself and one is reserved for the broadcast address. In this context, the answer aligns with the characteristic of static IP addressing that is typically associated with smaller networks, where the total number of devices can be close to that number but not necessarily exactly that.

When addressing the question in the context of more extensive networking options, larger networks with subnetting or different classes (like Class B) can indeed support higher numbers of devices, but those typically involve dynamic IP addressing or different management strategies.

Thus, while static IP addressing can certainly be used effectively within a network to assign fixed IP addresses to various devices, the actual limitation is fundamentally rooted in IP addressing schemes rather than the concept of static addressing alone.