Hughes tests satellite backhaul solution with Nokia Siemens Networks

Hughes Network Systems, LLC, announced that it has successfully completed end-to-end verification of its HX System with Nokia Siemens Networks’  GSM Base Station.

Supporting cellular backhaul in either star or mesh configurations, the HX System’s fast packet processing design reduces, the company claims, round trip latency to approximately 600 milliseconds and one-way jitter to 20 milliseconds, resulting in superior voice quality and very efficient data throughput—essential for real-time applications

GSM operators can now reportedly have full confidence that the Hughes HX260 platform in combination with Nokia Siemens Networks’ GSM Radio Access operating over the bandwidth optimised ‘Packet Abis’ interface, provides a proven and reliable satellite mobile backhaul solution.

According to Joerg Ambrozy, single radio access transport product manager at Nokia Siemens Networks, “The Nokia Siemens Networks Packet Abis and Hughes HX260 together provide a strong mobile broadband solution for satellite backhaul which improves voice quality and data throughput for our customers. We are looking forward to continuing our joint efforts with Hughes to also deliver optimised 3G and 4G backhaul solutions via next-generation high throughput satellites.”

Supporting cellular backhaul in either star or mesh configurations, the HX System’s fast packet processing design reduces, the company claims, round trip latency to approximately 600 milliseconds and one-way jitter to 20 milliseconds, resulting in superior voice quality and very efficient data throughput—essential for real-time applications. A just-in-time burst feature on the return channel reportedlyensures that data packets are transmitted at the earliest possible opportunity.

“This successful integration testing provides both companies with a ready-to-deploy, packaged GSM/satellite solution,” said Vince Onuigbo, senior marketing director at Hughes responsible for the cellular backhaul market. “It is ideal to extend cellular coverage in hard-to-serve and rural areas, where terrestrial backhaul is prohibitively expensive, representing a significant market opportunity globally.”