Grandstream GWN7700 Series Switches: Powerful Performance and Gigabit Speed for Homes and Offices with PoE+ Support
Available
Grandstream GWN7700 Series Switches offer a reliable and efficient solution for expanding networks in homes and small-to-medium-sized offices. This series consists of unmanaged switches that provide high-speed Gigabit connections, making them ideal for users looking for a simple and effective way to extend their networks without the complexity of network management.
Gigabit Ethernet Ports
8 ports
SFP Ports
2 SFP ports
PoE Ports
8 ports, total output of 120W (30W per port)
Non-Blocking Throughput
10Gbps
Switching Capacity
20Gbps
Forwarding Rate
14.88Mpps
Security
802.1X authentication, MAC filtering, DoS attack protection, ARP inspection
Loop Protection
BPDU protection, loopback protection support.
Grandstream GWN7700 Series Switches offer a reliable and efficient solution for expanding networks in homes and small-to-medium-sized offices. This series consists of unmanaged switches that provide high-speed Gigabit connections, making them ideal for users looking for a simple and effective way to extend their networks without the complexity of network management.
Grandstream GWN7700 Series is available in multiple port options, ranging from 5 to 48 Gigabit RJ45 ports, with some models offering PoE+ support (GWN7700P, GWN7701P, GWN7701PA, GWN7702P), allowing devices to be powered directly through the network cables. With 802.3 af/at compliance, these switches can support up to 30W per port.
Each device in the series features eco-friendly technology that reduces power consumption, along with LED indicators for each port to display connection status, activity, and speed. Grandstream GWN7700 Series also offers support for controlling broadcast, multicast, and unicast traffic, effectively managing network traffic levels.
Grandstream GWN7700 Series is the ideal choice for users who need to expand their networks quickly and easily without complex management, while providing strong performance and high reliability.