Collection: Netgear Access Points
Netgear Access Points
The Netgear Access Points collection at Gotraka includes wireless networking hardware designed for high-capacity environments that require stable, secure, and controllable Wi-Fi performance. These devices are used to extend or reinforce wireless coverage in offices, hospitality venues, education spaces, and other settings where consumer-grade equipment isn’t sufficient.
This range supports dual-band and Wi-Fi 6 models, delivering higher throughput and lower latency across modern devices while improving performance under load. Technologies such as MU-MIMO and band steering allow multiple users to access the network without signal degradation, even in high-density environments. Signal distribution is optimised using internal or external antennas, depending on the model, to provide targeted coverage and reduce dead zones.
Most models in the collection include Power over Ethernet support, simplifying deployment by allowing data and power over a single cable. Ceiling-mount and wall-mount designs enable flexible placement without disrupting the workspace layout. Ruggedised variants are available for locations where durability and continuous uptime are essential.
Netgear access points are managed either individually via a browser interface or centrally through a cloud-based platform. This allows IT managers to oversee firmware updates, client activity, and access control policies across multiple devices with minimal intervention. Key security capabilities include WPA3 encryption, MAC address filtering, and support for isolated guest networks.
Units are engineered for long-term uptime and low maintenance, with passive or fanless cooling and support for roaming, load balancing, and VLAN tagging. Coverage areas and client capacity vary by model, offering solutions for both compact offices and multi-zone properties with fluctuating user counts.
This collection is built for organisations that value wireless reliability and administrative visibility without unnecessary complexity.