Welcome Guest Login | Register | Site Map | | Make TelecomTiger my homepage     
Telecom News
Enterprise |  Policy & Regulation |  Mobiles & Tabs |  Corporate |  VAS |  People Movement  |  Technology  |  LTE
Technology
Huawei demonstrates Australia’s first LTE demo on 1800 MHz for Telstra
TT Correspondent |  New Delhi |  20 Jul 2010

Huawei Technologies announced the completion of a demonstration of LTE solution working on the 1800 MHz in tie-up with Australia’s Telstra.

“Our trials with Huawei are giving us valuable insights into the potential of LTE technology at 1800MHz and helping Telstra understand how we can make best use of both existing and potential future spectrum assets to continue to deliver a world class mobile broadband service,” Mr. Rocca said.

Peter Rossi, CTO of Huawei Technologies Australia said, “Working with Telstra is a great opportunity for Huawei to show the flexibility of its advanced technology solutions and industry-leading LTE feature set. We look forward to ongoing co-operation with Telstra in the years ahead.”

The tests review the throughput using MIMO antenna configurations as well as advanced features including Inter Cell Interference Coordination to reduce radio network interference and improve throughput, and Self Organising Networks where LTE network technology automatically optimises its performance, reducing operating costs while improving customer service, says Huawei.

    
 mail this article    print this article    Show and Post comment
20 Jul 2010(IST)  
Whitepaper
Maintain Business Continuity with Cisco ASR 9000 nV Technology
It is a virtual chassis solution where a pair of ASR 9000 routers acts as a single device by maintaining a single contr...read more
Simplify Your Network with Cisco ASR 9000 nV Technology
With the new Cisco Network Virtualization (nV) technology in the Cisco ASR 9000 Series Aggregation Services Routers, se...read more
Cisco Small Cell Solution: Reduce Costs, Improve Coverage
It is designed to address the challenge of mobile service coverage and to expand network capacity...read more