Nokia Siemens Networks, iDirect Connect Mobile Base Stations Via Satellite

Companies make mobile voice and high-speed data economically viable in remote areas

Espoo, Finland –December 8, 2011

Telecom operators can now provide 3G mobile broadband to isolated and under-served areas via satellite backhaul. The approach that makes this possible combines Nokia Siemens Networks’ I-HSPA*with Evolution**satellite routers from VT iDirect, Inc. (iDirect), a world leader in satellite-based IP communications technology. The solution, successfully tested by both companies, can deliver downlink speeds of 10 Mbps*** per user from base stations in remote areas linked to a core network via satellite.

“The growing demand for mobile broadband is making operators look for efficient ways of delivering services in areas with low population density where terrestrial transport networks are less economically viable,” said Keith Sutton, head of the WCDMA business line for Nokia Siemens Networks. “Our I-HSPA architecture, together with iDirect’s satellite platform, makes 3G mobile broadband delivery possible in such areas. In addition to services such as social networking and video streaming, operators can deliver telemedicine and remote learning, helping bridge the digital divide.”

Nokia Siemens Networks’ I-HSPA uses a flat architecture for 3G networks that supports voice as well as high-speed data services. By allowing base stations to connect directly to the core network, I-HSPA eliminates the need for the intermediate nodes****found in traditional networks.

“With the adoption of 3G networks, the use of mobile data has grown exponentially and the mobile device is the primary form of connectivity for many people in remote and rural areas,” said Toni Lee Rudnicki, iDirect’s chief marketing officer. “Successful testing between iDirect and Nokia Siemens Networks’ I-HSPA has shown peak rates for satellite backhaul up to ten times higher than those achieved with other commercially available approaches to 3G. This is good news for those seeking true mobile broadband connectivity in hard to reach locations, as the Evolution product line can be rapidly deployed and provide a reliable satellite platform combined with the benefits of the I-HSPA architecture.”

Nokia Siemens Networks’ I-HSPA and iDirect’s Evolution product line are already commercially available to operators globally.

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iDirect, a subsidiary of VT Systems, is a global leader in IP-based satellite communications providing technology that enables our 350+partners to optimize their networks, differentiate and profitably expand their businesses. The iDirect Intelligent Platform™ allows our partners to run their entire business operations more efficiently via a single, unified IP-based satellite architecture, whether it’s providing core IP applications to the enterprise or specialized services to any number of diverse vertical markets. iDirect is the #1 name in global satellite communications in key industries including maritime, military/government, and oil and gas, with a nearly 70% hub market share and more than a quarter million remotes installed worldwide. In 2007, iDirect Government Technologies (iGT) was formed to drive adoption of its IP-based solutions in the U.S. government market. In 2008, iDirect Asia Pte Ltd was established in Singapore to enhance its value?add and responsiveness to customers in the Asia Pacific region. For more information please visit www.idirect.net.

About Nokia Siemens Networks
Nokia Siemens Networks is a leading global enabler of telecommunications services. With its focus on innovation and sustainability, the company provides a complete portfolio of mobile, fixed and converged network technology, as well as professional services including consultancy and systems integration, deployment, maintenance and managed services. It is one of the largest telecommunications hardware, software and professional services companies in the world. Operating in 150 countries, its headquarters are in Espoo, Finland. www.nokiasiemensnetworks.com

Talk about Nokia Siemens Networks’ news at http://blogs.nokiasiemensnetworks.com and find out if your country is exploiting the full potential of connectivity at www.connectivityscorecard.org


Media Enquiries

Nokia Siemens Networks
Johanna Harjula
Media Relations
Phone: +358 7180 31399
E-mail: johanna.harjula@nsn.com

Media Relations
Phone: +358 7180 31451
e-mail: mediarelations@nsn.com

iDirect
Terry Neumann
Director, Corporate Marketing
Phone: +1 703 463 2399
Fax: +1 703 648 8015
Email: tneumann@idirect.net



Notes to editors:
*Nokia Siemens Networks is driving industry leadership with its innovative I-HSPA offering that introduced a flat network architecture for the 3G world. I-HSPA enables simpler operations, better performances and higher scalability. Operators can cost-efficiently scale their networks to address rapidly growing traffic volumes. 3GPP-standardized I-HSPA is compatible with all HSPA devices and, along with the multi radio capabilities of Nokia Siemens Networks Flexi Base Stations, paves the way to LTE. The company has over 17I-HSPA customers to date.

**iDirect’s Evolution series of satellite routers complies with the DVB-S2 standard. Based on the Time Division Multiple Access (TDMA) model, Evolution supports bandwidth pooling and dynamic sharing between sites, dramatically lowering capacity costs as compared to expensive dedicated satellite links where bandwidth is statically allocated to each connection.

***During the tests, Nokia Siemens Networks and iDirect were able to achieve speeds as high as 9.8 Mbps in downlink, and 2.2 Mbps in uplink, while streaming video and data.

****As base stations are directly connected to the core network in I-HSPA, user traffic does not need to flow through intermediate nodes such as Radio Network Controllers (RNCs) and Serving GPRS Support Nodes (SGSNs) used in traditional 3G networks. In the case of satellite backhauling, the key differentiator is that with I-HSPA the traffic management functionalities of RNCs are on board of the base station and not located on a distant, physically separated RNC. This eliminates the low throughputs caused by the delays present in satellite connections, which are due to the much longer distance the signal needs to travel across.




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