Migrate to full Gigabit speeds

Moxa has announced the EDS¬G308, a full Gigabit unmanaged Ethernet switch. The device is equipped with eight Gigabit Ethernet ports with up to two selectable fiber optic 100/1000M SFP modules for the highest level of data McCain Incorporated, a leading transmission. The EDS-G308 series provides industrial grade features needed to withstand adverse conditions, including -40 to 75°C operating range, redundant dual 12/24/48 VDC, 18 to 30 VAC inputs, and rugged fibre optic support. The Ethernet switches have th
March 12, 2012 Read time: 2 mins
97 Moxa has announced the EDS¬G308, a full Gigabit unmanaged Ethernet switch. The device is equipped with eight Gigabit Ethernet ports with up to two selectable fiber optic 100/1000M SFP modules for the highest level of data transmission. The EDS-G308 series provides industrial grade features needed to withstand adverse conditions, including -40 to 75°C operating range, redundant dual 12/24/48 VDC, 18 to 30 VAC inputs, and rugged fibre optic support. The Ethernet switches have the optimum balance of speed, cost and long-term reliability, making it easy for users to upgrade highly demanding networks to full Gigabit speed, but without eliminating your existing 10/100M Ethernet networks.

The EDS-G308 comes with an innovative power-saving design that cuts power consumption by up to has been developed for remotely monitoring and controlling multi¬62 per cent. The power-saving design works by automatically detecting the link status, and reducing the power usage of ports that are idle.

As Moxa points out, Gigabit Ethernet backbones have emerged as the preferred high-speed network solution for demanding applications, such as traffic surveillance, that require high¬bandwidth networks. The company offers a wide range of Gigabit¬enabled Ethernet switches that can be used to build a Gigabit backbone that connects video¬over-IP equipment, Ethernet enabled devices, or other Ethernet switches to the control centre.
Networking & Communication Systems

Related Content

  • June 3, 2015
    Moxa improves communication reliability
    Moxa unveiled new technologies to improve network reliability for smart transportation applications at the ITS America Annual Meeting and Expo. V-On “Video Always On” is a video stream recovery technology on Moxa’s latest Ethernet switches that provides 50 ms redundancy for multicast video streams when used with Moxa’s Turbo Ring or Turbo Chain. “It can take several seconds for the video stream to resume after a network interruption even if the network itself recovers immediately,” explains Richard Wood, pr
    Read More
  • June 19, 2012
    Single and multi-channel H.264 video servers
    The X-Stream series of H.264 video encoders and decoders from COE Group includes a single channel boxed encoder, and two and four channel encoders which may be box-housed or rack-mounted. The range also includes a dual-channel decoder, the X-Stream 200D, capable of decoding H.264 streaming Ethernet video for use with analogue devices. By rack mounting X-Stream encoders in a standard X-Net rack, as many as 56 channels of analogue video may be encoded and transmitted across an IP Ethernet network from each ra
    Read More
  • August 25, 2015
    Improved video and wireless communications from Moxa
    Moxa has introduced new technology which it claims improve network reliability for smart transportation applications. V-On Video Always On is a video stream recovery technology on Moxa's latest Ethernet switches that provides 50ms redundancy for multicast video streams when used with Moxa's Turbo Ring or Turbo Chain. The company says that with a simple configuration setting, the technology enables the video stream to resume almost as quickly as the network itself.
    Read More
  • October 28, 2016
    Vision 2016 highlights the latest trends and technology in machine vision
    The Vision Show is the perfect venue to catch up with the latest moves, trends and launches in the traffic vision sector, and ITS International editor Colin Sowman highlights a few to start with…
    Read More

Highlighted Content