ORing announce managed Gigabit Ethernet switch

19th August 2013

Nat Bowers

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Networking surveillance is implemented in a wide range of applications (such as security, fire prevention, automation monitoring, rolling stock, city surveillance, etc.) and demand is increasing. Therefore a surveillance system with a stable network becomes necessary, along with powerful network management utilities and a high-resolution surveillance system. In line with this, ORing Industrial Networking announce the IGPS-9084GP and IGS-9812GP managed Gigabit Ethernet switches.

Designed for the high-resolution data transmission, the IGPS-9084GP is a managed PoE Ethernet switch with 8 Ethernet ports of 10/100/100Base-T(X) compliant with 802.3af and 802.3at and 4 of 100/1000Base-X SFP ports. Each of the PoE ports supports up to 30 Watts, allowing for a total of 240 Watts across all 8 ports. Operating from -40~70°C, the IGPS-9084GP is specially designed for the applications of outdoor IP surveillance, PTZ cameras, dome cameras, high-efficient wireless AP and IP phones.

Featuring 8 Gigabit Ethernet ports and 12 fibre ports, the IGS-9812GP is a managed Ethernet switch which can significantly improve the transmission efficiency of video, sound and data. Preventing data lost and unstable network caused by electromagnetic inference, the 12 fibre ports offer fibre-optical interface with better EMI protection. For different requirements of distance and transmit speed, SFP offers two options: 100Base-X and 1000Base-X, which can be suitable for different working conditions.

Integrating SSH and SSL secure functions, the IGPS-9084GP and IGS-9812GP supports the IPv6 communication protocol. Supporting the IPv6 settle and firmware upgrade functions, new managed Gigabit switches can manage the network equipment through the CLI, Telent or Web interfaces. Both of the new devices are compliant with IEEE802.3az Energy-Efficient Ethernet standard, which can automatically detect network stream and regulate the power output. This results in lower power consumption during periods of low data activity.