Skip to main content

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
June 19, 2012 Read time: 2 mins
The X-Stream series of H.264 video encoders and decoders from 512 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 rack chassis.

Additional daughter boards are available for the two- and four- channel encoders. COE claims this enhancement makes these encoders the world's first direct-to-fibre H.264 IP encoders. Additional features such as video loop-through and dual-redundant port connections are also enabled by the addition of the daughter board, providing unparalleled flexibility, according to COE.

The onboard analytics engine of X-Stream encoders is powered by COE's intelligent video analytics package. Analytics uses complex algorithms to identify and alert surveillance operators to a wide variety of rules. These rules include detection of abandoned objects, unauthorised access, vehicle tracking and more.

Designed in keeping with the X-Net fibre transmission range for use in demanding industrial and transport applications, X-Stream video servers with analytics have already been deployed for a comprehensive upgrade of 8,000+ cameras across Seoul's Metropolitan Subway network.

For more information on companies in this article

Related Content

  • Wireless technology aids city-wide traffic management
    October 10, 2012
    An extensive hybrid communications network in the County of Los Angeles is proving the capability and benefits of modern wireless technology for traffic management across wide areas. Wireless communications technology has found a welcoming test bed for use in traffic management systems, in the County of Los Angeles. The county has long running programmes synchronizing and monitoring traffic signals over large areas. In the process, combined with installation of advanced traffic management systems (ATMS), th
  • Network Optix to unveil Nx Go ‘Camera as a Universal Sensor’ update
    July 25, 2025

    Network Optix will be in Atlanta to unveil the latest release of its Nx Go ‘Camera as a Universal Sensor’ update, demonstrating how any camera can become a geo-coordinated IoT sensor and provide precise, real-time intelligence to modern transport systems.

  • Network video alternative to machine vision in urban applications
    January 11, 2013
    It would be easy to fall into the trap of seeing machine vision as the vision-based solution for ITS and traffic, however Patrik Anderson, Director Business Development Transportation of Axis Communications, notes that many of the applications which are coming to be associated with machine vision – and, indeed, many of the characteristics, such as at-the-edge analytics and image processing – are also possible with open-standard networked video. Networked video brings a whole host of advantages, such as the
  • Ethernet over non-traditional media
    February 6, 2012
    Communication Networks (ComNet) has introduced a new two-channel model that allows Ethernet-based equipment to be connected over non-traditional media. The CNFE2CL2MC is a dual version that allows two separate Ethernet inputs and transports it over 75? coaxial cable or twisted pair telephone wire as follow up to the successful CNFE1CL1MC