[SatNews] ..."offer flexible and reliable Internet connectivity solutions, challenging the perception that fiber is the automatic route to highly competitive point-to-point links."
Intrasky, a satellite service provider in the Middle East and Africa, has selected Ka-band capacity on the EUTELSAT 8 West C satellite operated by Eutelsat Communications (Paris:ETL) and Newtec's latest satellite technology to boost its Internet connectivity services in the Levant area.
Intrasky will occupy a 72 MHz transponder on EUTELSAT 8 West C with a 250Mbps link for a leading ISP in the region that is seeking to supplement stretched download capacity on fiber and to ensure full continuity of service. Intrasky has chosen Newtec technology, specifically the MDM6000 Satellite Modem that achieves high bandwidth optimization and manages multiple services including data, video and Internet access. Meet Eutelsat at Satellite 2014, Washington Convention Center, March 11-13: Eutelsat stands:6061 and 6121. Also you can meet Eutelsat at Cabsat Dubai, Dubai World Trade Center, 11-13 March: Eutelsat stand: Hall 1 - Stand E1-10.
Commenting on the project, Naim Aoun, General Manager of Intrasky said: "With this very competitive solution we are demonstrating how we constantly seek to provide our clients with the latest technology using very efficient high throughput satellite capacity. Based on Intrasky's long experience and this technological combination we have once again taken up the challenge to implement innovative satellite services and are forging the way into the region's future satellite business."
Jean-François Leprince-Ringuet Eutelsat Chief Commercial Officer, added: "The demand for IP backhaul is increasing year on year, driven by more video consumption throgh the Internet and a relentless surge in the use of data services via smartphones. The combination of Eutelsat's Ka-band capacity and Newtec's technology positions us to offer flexible and reliable Internet connectivity solutions, challenging the perception that fiber is the automatic route to highly competitive point-to-point links."