Collection: Wireless Access Points
Wireless Access Points
The Wireless Access Points collection at Gotraka is built for users expanding or enhancing wireless coverage with precision and control. These devices offer dedicated Wi-Fi transmission independent of standard consumer routers, making them ideal for both dense environments and structured deployments where reliability and performance take priority.
Access points in this range include models for both indoor and outdoor use, supporting dual-band and tri-band operation to handle simultaneous connections without degradation in speed or stability. Many units feature advanced antenna configurations with beamforming and MU-MIMO technologies, allowing them to maintain strong performance even in high-traffic networks.
Options vary between ceiling-mount, wall-mount, and desktop form factors, with support for both 2.4GHz and 5GHz bands, as well as the newer 6GHz spectrum where available. This flexibility suits everything from campus-wide coverage to warehouse extensions or office floor deployments requiring seamless roaming and minimal signal dropout.
Power over Ethernet (PoE) compatibility is standard across much of the collection, simplifying installation and allowing for strategic placement without reliance on nearby outlets. Devices often include dedicated management interfaces or controller compatibility, enabling centralised configuration, monitoring, and firmware updates across large installations.
Trusted across industries, Ubiquiti, TP-Link, and Zyxel combine innovation with reliability in every Wireless Access point. Build quality prioritises longevity and environmental resilience, with weather-sealed units available for external placement. These access points support protocols such as WPA3, guest isolation, VLAN tagging, and load balancing, aligning them with the needs of secure, multi-user environments.
This collection supports users who require stable wireless networking in spaces where standard consumer-grade Wi-Fi falls short. Whether scaling Wi-Fi coverage across multiple zones or replacing inconsistent mesh systems with structured access points, these devices deliver focused performance and network consistency.