GRANDSTREAM GWN7610 WiFi Access Point
250+ concurrent WiFi clients
description
DESCRIPTION REVIEWS (0) The GWN7610 is a high-performance 802.11ac wireless access point for small to medium sized businesses, multiple floor offices, commercial locations and branch offices. It offers dual-band 3×3:3 MIMO technology and a sophisticated antenna design for maximum network throughput and expanded Wi-Fi coverage range. To ensure easy installation and management, the GWN7610 uses a controller-less distributed network management design in which the controller is embedded within the product’s web user interface. This allows each access point to manage a network of up to 50 GWN7610s independently without needing seperate controller hardware/software and without a single point-of-failure. This wireless access point can be paired with any third party routers as well as Grandstream GWN series routers. With support for advanced QoS, low-latency real-time applications, 250+ client devices per AP and dual Gigabit network ports with PoE/PoE+, the GWN7610 is an ideal wireless access point for large and small wireless network deployments. Features Support for up to 16 SSIDs per radio and up to 250+ concurrent WiFi clients Dual-band 3×3:3 MIMO technology and a sophisticated antenna design for maximum network throughput of up to 1.75Gbps and expanded coverage range of up to 175 meters Dual Gigabit ports with support for PoE/PoE+, USB port for future applications such as location based service and other IoT (Internet of Things) applications User friendly built-in provisioning controller (via Web interface) allows any GWN7610 to auto discover, auto-provision and manage networks of up to 50 GWN7610s without requiring seperate controller hardware/software and without a single point of failure Offers high-end security features that are not available on most 3rd party WiFi APs, including unique security certificate per device using SHA256 encryption and strong random default passwords per device Advanced QoS to ensure real-time performance of low-latency applications Efficient power saving through self power adaptation upon auto detection of PoE or PoE+ network
