“LTE is the super-fast mobile broadband technology that we are able to deliver today. It helps operators address the challenge of growing data traffic as well as delivering a superior end-user experience,” said Marc Rouanne, head of Network Systems, Nokia Siemens Networks. “We’re driving the introduction of LTE through our collaboration with leading device vendors, such as LG ,and by providing a smooth and cost-efficient transition path to LTE via a software upgrade only.”

The data call was made as part of extended interoperability tests conducted by Nokia Siemens Networks and LG in the 2100 MHz and 2600 MHz frequency bands at Nokia Siemens Networks’ LTE R&D centers in Oulu, Finland, and Ulm, Germany.

Nokia Siemens Networks and LG continue to work on testing LTE in other frequency bands and to improve performance. In addition to initiatives at its R&D centers, Nokia Siemens Networks has deployed a number of LG’s terminals in its live over-the-air field test network in the Espoo area of Finland, using real-life mobility scenarios. In addition, LG’s terminals will be used in live trials with Nokia Siemens Networks’ customers.

The I-HSPA functionality is designed for heavy data and rich multimedia usage over the wireless network. In near future, I-HSPA will be capable for data transmission rates over 10.1 Mbps. The innovative solution also complies with the future network technology known as Long Term Evolution (LTE), supporting data rates of up to 173 Mbps. In addition to the world’s fastest I-HSPA call, Nokia Siemens Networks also demonstrated its LTE solution for the first time in Austria.

“These new technologies will offer higher data transmission rates to our customers, making it easy to use broadband multimedia services while shortening the latency rates. For us as a network operator, these technologies, with their flat architecture, offer the possibility to expand our network with more slender investments,” said Boris Nemsic, CEO mobilkom austria und CEO Telekom Austria Group. “The evolution from GPRS – via UMTS and HSPA towards LTE is a consequent line in our complementary network strategy.”

I-HSPA innovation by Nokia Siemens Networks introduces a flat network architecture to the 3G networks based on Wideband Code Division Multiple Access (WCDMA) technology by connecting the base station directly to the Internet and enables cost-efficient scaling of the network. It works with all HSPA devices and improves end user experience by reducing latency. I-HSPA flat network architecture also enables smooth migration to LTE