GSW-0807 Green LevelOne 8-port Gigabit Switch
• Compact 8-port Gigabit network switch
• Up to 84% less power consumption at idle speed compared to the previous model.
• Offers 1K MAC address space, 144 KB buffer memory and 12 KB jumbo frame rate
• Clear LED display for status overview
The LevelOne GSW-0807 is a high-performance 10/100/1000 MBps Gigabit Ethernet switch with 8 Gigabit Ethernet ports.
It provides a flexible network architecture where users can use a Gigabit LAN without bandwidth limitations.
The GSW-0807 is ideal for micro-segments in larger networks in order to achieve a better performance in smaller subnets for high-bandwidth applications such as multimedia or video applications.
It is 1000Base-T compatible and supports automatic full and half duplex detection. Also supports MDI/MDI-X crossover and IEEE 802.3x Flow Control.
The switch uses store-and-forward switching for error-free data packet transmission. It features 9 Kb jumbo frames for improved network performance. The GSW-0807 Gigabit Switch is a plug-and-play device that requires no software or configuration.
The GSW-0807 is housed in a compact, fanless housing for easy use on the desktop or in environments with limited space.
In addition, a wall bracket for wall mounting the switch is included.
Active Link Detection (activity detection):
A Green LevelOne device detects on which ports
an active client is connected. If an 8-port
switch only has 6 active devices, then
the 2 remaining ports will be disabled.
This saves energy, because no data is sent
to the 2 inactive ports.
Cable Length Detection:
The switch detects the length of the connected
patch cable and adapts its performance:
If a LevelOne Green Switch and a computer with
a 10-metre long cable are connected, then less
power is consumed than with a 100-metre cable.
Less cable means lower power requirements.
Sleep Mode:
The LevelOne Green Switch switches to sleep
mode/standby mode when the connected
devices are shut down and no active
connections are detected.
This reduces energy consumption during periods
of inactivity.
