Allied Telesyn releases new Gigabit Layer 3+ switches

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Expandable Gigabit Layer 3+ switches offer wide-ranging possibilities.

Allied Telesyn, the global provider of end-to-end Ethernet/IP solutions, released AT-x900-24XT and AT-x900-24XS Gigabit Layer 3+ expandable switches. These new additions to the company's portfolio are designed for organisations where high performance network applications are essential, for example in the Service Provider market or the Online Education industry where lectures are conducted through live video.

These switches come with two 30Gbps expansion bays supporting a choice of modules, including a 10GbE port module, a twelve 1GbE port SFP module and a twelve 1GbE (RJ45) port module for port flexibility and application versatility unmatched by any other 1RU Gigabit Ethernet switches on the market. The expansion modules can be used in a variety of configurations to provide tailored solutions that meet wide ranging physical networking requirements. Designed to provide unmatched flexibility, Allied Telesyn's AT-x900-24XT and AT-x900-24XS Layer 3+ switches provide maximu

m Gigabit Ethernet port density in a compact chassis.

Both AT-x900-24XT and AT-x900-24XS comes with 10GbE expansion modules and hot-swappable XFPs that provide high-speed, high-capacity fiber uplinks, with the option of either 10Gbps or 20Gbps uplink capacity to the network core. Moreover, resiliency can be achieved by using two 10GbE modules and MSTP (802.1s) for fast failover on link failure. This is suitable for wiring closet aggregation of gigabit to the desktop links and aggregating gigabit uplinks from other network switches.

Included in these switches is the 150Gbps switching fabric that supports up to two wire-speed 10Gigabit Ethernet ports that is ideal for organisations where high capacity network applications are required. With its 71.4 Million packets per second performance Allied Telesyn's AT-x900-24XT and AT-x900-24XS will guarantee low latency for applications like VoIP, real-time video streaming, multimedia, etc by ensuring wire-speed forwarding of packe