ZYXEL XGS2210-28 24-port GbE L2 Switch with 10GbE Uplink

ZyXEL XGS2210 Series - The Cost Effective all Round Solution

The XGS2210 series is a cost effective 10G uplink port switch with SFP+ 10G Fiber connection support meant to increase core and interserver capacity. With the increase in data rates from 11ac wireless, core traffic is increased to 10G to prevent bottlenecking at the switch. Whereas in the past 10G uplinks and ports have been too expensive to utilize frequently, the XGS2210 series is now a highly affordable and cost effective way for SMBs to upgrade to 10G between virtualized servers, backups, and between switches.

Why ZyXEL PoE switches?

ZyXEL PoE switches offer a high-speed network connection and power supply to one Power Device (PD) through one single port. This reduces the need for extra power outlets and extension cables, and saves on deployment costs and labour efforts. In addition, ZyXEL's PoE switches feature advanced power management functions to control power budget easily and efficiently so that businesses can enjoy a high-speed PoE solution.

IEEE 802.3at -Wireless AC and Future Ready

The market is moving to higher power consumption devices such as 802.11ac wireless Access Points, VOIP phones and IP surveillance cameras. To get s

Why ZyXEL PoE switches?ufficient throughput these devices require high-power PoE. PoE+, also known as IEEE 802.3at provides 30w of power per port, an increase on the standard IEEE 8023.3af 15w per port. All ZyXEL PoE switches support PoE+ providing the maximum flexibility to connect high-power PoE devices.

Intelligent PoE technology

ZyXEL's Intelligent PoE technology can automatically detect the power consumption status of each PD and supplies only the required amount of power. This intelligent power allocation function minimizes the waste of power and helps businesses to save money while enabling the PoE switch to power more PDs.

Power Supply Policy

ZyXEL PoE switches can monitor individual and total power consumption levels and set power supply policies that maximize service availability. Port prioritization and power level adjusting can ensure the PD is efficient and reliably powered.