Espoo, Finland – October 1, 2012
- Supports LTE for Asia Pacific Telecommunity (APT) 700 MHz frequency band
- Introduces Liquid Radio LTE load-balancing, plans commercialization of carrier aggregation in LTE-Advanced
Nokia Siemens Networks today announced the expansion of its Long Term Evolution (LTE) portfolio. The company aims to help mobile operators increase their coverage and further improve network efficiency and speed.
Nokia Siemens Networks has expanded its Flexi Multiradio Base Station family to cover the APT 700 MHz spectrum to enable smooth LTE (4G) rollouts using the ‘Digital Dividend’ in the Asia Pacific region, Latin America and other parts of the world*. The company is increasing the efficiency and speed of multiband LTE today by launching Liquid Radio LTE load-balancing, and plans the commercial launch of carrier aggregation** for LTE-Advanced in 2013.
With its comprehensive LTE portfolio including services, Nokia Siemens Networks is at the forefront of LTE commercialization and evolution. The company has 66 commercial LTE deals globally.
Building on its early experience from the world’s first 800 MHz Digital Dividend spectrum deployment of LTE in Europe***, Nokia Siemens Networks has added a 6-pipe radio module for the APT 700 MHz band to its award-winning Flexi Multiradio Base Station family. This is the industry’s most compact design for widely used 3-sector MIMO2x2**** deployments and will enable operators to provide nationwide LTE broadband services in an efficient manner. Japan, Australia, New Zealand, other Asia Pacific countries, and most recently Mexico, intend to adopt the APT 700 MHz spectrum as part of their mobile broadband strategy.
In the world’s most advanced LTE markets, such as South Korea, massive increases in LTE subscriptions are driving bandwidth demand for an additional LTE carrier. Applying its experience from the Korean market, Nokia Siemens Networks has launched a two-step approach for the most efficient use of multiband LTE networks. The company has launched its Liquid Radio LTE load-balancing feature to help operators distribute traffic as and when needed across various LTE carriers.
In the future, LTE load-balancing will be enhanced by LTE-Advanced carrier aggregation with a simple software upgrade once LTE-Advanced devices become available in 2013. The aggregated bandwidth can double the data speed improving service experience for users and increasing revenue for operators.
“We consider carrier aggregation as an essential functionality of LTE-Advanced”, said Kang, Jong-Ryeol, senior vice president and head of network R&D center, SK Telecom. “Together with Nokia Siemens Networks, we have already demonstrated carrier aggregation at Mobile World Congress (MWC) 2012. As one of the world’s leading LTE operators, we are looking forward to providing our customers the superior data rates delivered by the technology.”
“We are excited to see the momentum in LTE adoption worldwide. With our expanded LTE portfolio, we are committed to helping operators take full advantage of LTE to meet bandwidth demand, offer their subscribers superior data rates and generate new revenue opportunities”, said Tero Peltola, head of LTE business line, Nokia Siemens Networks.
The company’s network life-cycle services for LTE include multi-layered network optimization and LTE network rollout services to minimize technical and commercial risk, avoid disruption to existing users and enable a smooth transition to LTE. With Nokia Siemens Networks’ comprehensive security services for LTE, operators can provide the same high level of 3GPP-compliant data security that is common in GSM and 3G networks.
The Liquid Radio LTE load-balancing feature will be available by the end of 2012. The 6-pipe radio module for APT 700 and support of LTE-Advanced carrier aggregation will be available during the second half of 2013.
For more information about Nokia Siemens Networks’ advances and innovations in LTE and other topics, please join our #1GBperday$ webinar series starting on October 4, 2012. Registration for the series is open now: www.nokiasiemensnetworks.com/1GBperday
To share your thoughts on the topic, join the discussion on Twitter using #1GBperday$, #LTE and #mobilebroadband.
About Nokia Siemens Networks
Nokia Siemens Networks is the world’s specialist in mobile broadband. From the first ever call on GSM, to the first call on LTE, we operate at the forefront of each generation of mobile technology. Our global experts invent the new capabilities our customers need in their networks. We provide the world’s most efficient mobile networks, the intelligence to maximize the value of those networks, and the services to make it all work seamlessly.
With headquarters in Espoo, Finland, we operate in over 150 countries and had net sales of over 14 billion euros in 2011. http://www.nokiasiemensnetworks.com
Nokia Siemens Networks
Phone: +358 7140 02869
*In Asia Pacific, for example, using APT 700 MHz spectrum will help operators generate an extra trillion US dollars of GDP (gross domestic product) by 2020, as stated by the GSM Association. The allocation of the 700 MHz ‘Digital Dividend’ band to mobile broadband will create new jobs, businesses and revenues for governments between 2014 and 2020 in Asia Pacific countries.
**For more information on Nokia Siemens Networks’ previous LTE-Advanced carrier aggregation demonstrations, see the press releases:
- Nokia Siemens Networks sets TD-LTE speed record, goes beyond 4G – #1GBperday$
- LTE-Advanced “carrier aggregation” on commercial equipment a world first #MWC11
***See Nokia Siemens Networks’ press releases about the company’s experience with 800 MHz Digital Dividend deployment in Europe:
- Deutsche Telekom first to deploy LTE in digital dividend spectrum
- Nokia Siemens Networks and Nokia conduct first LTE call at 800 MHz
- Nokia Siemens Networks gears up to exploit Digital Dividend
****MIMO (Multiple Input and Multiple Output) is a radio technology in which data transmission takes place over multiple parallel paths, instead of a single path, by using multiple antennas at both the transmitter and receiver end. This multipath transmission increases the data throughput transmitted in a single connection.