Communications

Ethernet switches comply with IEC 61850-3 & IEEE 1613 standards

5th August 2015
Siobhan O'Gorman
0

Power substation and railway applications have strict requirements for network equipment. Besides resistance to electrical disturbances and power outages, the network equipment must be robust enough to overcome harsh ambient conditions. ORing has thus released the IGS-P9000 series of industrial Ethernet switches, which are compliant with IEC 61850-3 and IEEE 1613 standards for power substation and railway markets.

The four models, known as the IGS-P9812GP, IGS-P9164GF, IGS-P9164GFX, and IGS-P9164GC, provide a high port density, making them suitable for large-scale deployments. The provisioning of 8 to 16 Gigabit copper ports, depending on the switches installed, makes fast transmission of large volumes of traffic across a network possible.

With fibre-optic connections via SC connectors or SFP transceivers, the switches provide high-performance aggregative connectivity for bandwidth-hungry applications such as multimedia content and videos. The versatile copper/fibre combinations guarantee long distance data communications in a cost-effective way between the core layer and the edge layer of your network.

The series also supports ORing's device backup unit DUB-01 which allows users to back up or restore device settings easily via the console port. All settings of the switches can be stored or restored to previous conditions within seconds, significantly simplifying the configuration of large network layouts.

With the highest network availability in mind, the IGS-P9000 series supports a variety of redundancy technologies to enable fast fault recovery. Besides standard MSTP, STP, and RSTP protocols, the switches also support ORing’s proprietary O-Ring self-healing technology. Furthermore, the wide operating temperature range from 75 to -40°C enables the switches to work reliably in substation environments where temperature changes are extreme.

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