Five-year GMN deal

1 min read

International broadcast services provider VT Communications is working with Arqiva, suppliers of media and satellite services, to deliver a Global Media Network (GMN).

The GMN is a purpose-designed, IP media delivery and integrated satellite network, using multicast techniques to provide broadcasters and content providers with streaming and file-based media distribution. VT has signed a five year agreement with Arqiva, to provide the satellite edge services to carry multiple radio channels around the globe.

By integrating the GMN with distributed asset-management, network automation and custom developed content management, VT Communications is able to offer a complete, single-sourced, media-management, distribution and transmission/platform delivery service over multiple media platforms. Live or stream management is facilitated within the GMN allowing point-to-point and point-to-multi-point distribution within the network.

To complete the global network, Arqiva has provided a three satellite solution, initially providing coverage to four continents. This will be used as an overlay over VT Communications’ terrestrial MPLS infrastructure, to enable delivery to those places not connected by fibre and where a satellite solution is the only option, such as Ascension Island and Ulan Bator in Mongolia.

As part of the agreement, VT Communications has located its GMN services and management infrastructure at Arqiva’s Chalfont Grove Media Centre. The agreement opens the way for both companies to pursue new, cross-platform media opportunities utilising their combined network infrastructure, expertise and services.

Nick Thompson, Managing Director at Arqiva’s Satellite Media Solutions division said: ‘Following our recent acquisition of BT’s satellite broadcast business we have extended our own network reach, which allows us to support further VT growth both geographically, and through our scaleable platforms. This will allow the network to develop and deal with increased traffic volumes where necessary, which is essential in future-proofing the network.’