Grandstream GWN7605LR
The Grandstream GWN7605LR is a long-range, weatherproof 802.11ac Wave-2 access point offering 1.27Gbps throughput with 2×2:2 MU-MIMO and dual Gigabit ports. It supports 100+ clients, up to 250 meters of range, and offers antenna flexibility, strong security, and easy cloud/local management.
Key Features:
1.27Gbps aggregate wireless throughput
Dual-band 2×2:2 MU-MIMO with beamforming
Supports 100+ concurrent client devices
Up to 250-meter coverage range
2×Gigabit Ethernet ports
2 detachable/changeable antennas
Advanced QoS for low-latency performance
Anti-hacking secure boot and encrypted firmware
Self-power adaptation with PoE/PoE+
Built-in controller (50 APs), GDMS cloud & GWN Manager on-premise support
Description
Market-Leading Features:
Rugged, Long-Range Connectivity for Indoors & Outdoors:
The GWN7605LR is a weatherproof, enterprise-grade access point tailored for both indoor and outdoor environments. With a durable design and powerful Wi-Fi performance, it’s ideal for small to medium-sized businesses needing extended coverage.
Dual-Band Wave-2 MU-MIMO with Beamforming:
Utilizing 2×2:2 MU-MIMO and beam-forming technology, this access point delivers 1.27Gbps aggregate wireless throughput across the 2.4GHz and 5GHz bands, ensuring reliable performance for multiple clients.
Flexible Wired Uplink with Dual Gigabit Ports:
Equipped with 2×Gigabit Ethernet ports, the GWN7605LR offers enhanced backhaul and deployment options for a more stable network connection.
Up to 250-Meter Range & 100+ Clients:
Supports 100+ concurrent client devices and covers distances up to 250 meters, making it a strong choice for hospitality courtyards, campuses, and open-air retail spaces.
Secure & Scalable:
Includes anti-hacking secure boot, digitally signed firmware, and device-unique security certificates. Easily scalable with embedded controller for up to 50 APs, or manage via GDMS cloud or GWN Manager for larger deployments.
Customizable Antenna Options:
Features 2 detachable/changeable antennas, giving installers flexibility to fine-tune performance in specialized deployment scenarios.
