In a dwelling, multiple Wi-Fi nodes can work together as a ___ to cover an entire home with a strong wireless signal.

In a dwelling, multiple Wi-Fi nodes can work together as a ___ to cover an entire home with a strong wireless signal.

• A. Mesh Network
• B. Low-frequency Communication System
• C. X-10 Protocol
• D. Transceiver

Answer: (A)

When multiple Wi‑Fi nodes work together to blanket a home with strong wireless coverage, you’re looking at a mesh network. In a mesh, each node communicates with nearby nodes and helps route data through the best available path, so the network can cover large spaces, adapt to obstacles, and continue working if one node drops out. This setup also enables seamless roaming as you move through rooms, without reconnecting to a different network. This is different from a simple extender approach, which often creates a separate network and doesn’t optimize routing across the whole home. The other terms don’t fit here: a low-frequency communication system isn’t specific to organizing Wi‑Fi coverage; the X‑10 protocol is for home automation control, not for building a wireless data network; a transceiver is just a device that can transmit and receive, not a cooperative network topology.

When multiple Wi‑Fi nodes work together to blanket a home with strong wireless coverage, you’re looking at a mesh network. In a mesh, each node communicates with nearby nodes and helps route data through the best available path, so the network can cover large spaces, adapt to obstacles, and continue working if one node drops out. This setup also enables seamless roaming as you move through rooms, without reconnecting to a different network.

This is different from a simple extender approach, which often creates a separate network and doesn’t optimize routing across the whole home. The other terms don’t fit here: a low-frequency communication system isn’t specific to organizing Wi‑Fi coverage; the X‑10 protocol is for home automation control, not for building a wireless data network; a transceiver is just a device that can transmit and receive, not a cooperative network topology.