Mar 24, 2011 10:58 GMT  ·  By

Even though LTE (Long Term Evolution) services are a relatively new thing for the general public, Nokia Siemens is leaping forward with something even more impressive.

The company has announced an upcoming 200 Mbps HSPA+ technology demo at the 2011 CTIA, in Orlando Florida.

The demonstration will be conducted using Nokia Siemens Networks' commercial Flexi Multiradio Base Station and Multicontroller platform.

Furthermore, Nokia Siemens Networks is also going to present several practical solutions that target carriers looking to increase monetization and improve their network services.

The newly announced Liquid Radio architecture encompasses these practical solutions and adds innovations in “cloud, machine to machine, personalized quality of service and industrialized efficiency.”

Nokia Siemens Networks cloud-powered services will be demonstrated as well.

This includes a telco asset marketplace for charging and billing capabilities, a connectivity trading marketplace called Cloudstreet that helps operators sell and buy connectivity and capacity on-demand, as well as a machine-to-machine platform based on cloud.

Our customers are asking us for practical ways to deal with unprecedented change to their networks and their business and to ensure they continue to add value for their customers. CTIA is a chance to showcase our exciting new developments, all geared to help our carrier customers address these critical business challenges,” said Sue Spradley, head of North America region at Nokia Siemens Networks.

Carriers that decide to implement the new Liquid Radio architecture on their mobile networks will be able to direct mobile broadband capacity to where it is needed most. This will lead to a more practical use of network resources by sharing and redistributing capacity based on user demand.

Additionally, Nokia Siemens Networks is showcasing its innovative smart network solutions: the 10 Gbps Flexi Multiradio 10 and Flexi Lite Base Stations, as well as the Smart WLAN and LTE-Advanced carrier aggregation.