Mesh Wi-Fi systems are designed to provide consistent coverage across larger spaces by repeating signals and filling in gaps. Unlike traditional routers, mesh systems prioritize seamless connectivity and handover between nodes rather than maximizing the range of a single device. This design choice influences antenna placement.
Internal antennas in mesh systems are often omnidirectional, which helps in quickly detecting nearby devices and facilitating connection handovers. This characteristic supports the mesh network's ability to maintain consistent bandwidth as devices move between nodes. The primary communication for a mesh router is often with its sibling nodes for backhaul, with other devices typically being a room or two away.
External antennas, while capable of maximizing range, introduce potential issues for mesh networks. Adjustable external antennas can be misaligned, reducing connection strength. They are also more susceptible to physical damage during moves or accidental impacts. Avoiding these risks by using internal antennas is a logical design choice for mesh systems.
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Mesh Wi-Fi systems typically use internal antennas because they offer technical advantages for mesh networking goals, such as seamless connection and handover. While external antennas maximize range, mesh systems prioritize consistent coverage and backhaul connections between nodes, making omnidirectional internal antennas more suitable.