HSUPA Grows Closer To a Reality
Dec 4, 2006, 11:53 AM by (staff)
At ITU Telecom in Hong Kong, several manufacturers are showing off HSUPA, the next evolution in 3G technology after HSDPA. Qualcomm will be demonstrating an HSUPA network with 1.5 Mbps upload speeds; HSDPA is currently limited to 384 Kbps uploads. LG and Samsung both have working HSUPA handsets at the show, which are live on test networks. No Carriers outside of Asia have yet committed to HSUPA, however many - including Cingular - have built their 3G networks to be software upgradeable. So it will be relatively quick and easy to move to the new standard once handsets and other equipment is available. Qualcomm is also giving visitors a taste of the next version of HSDPA, which is capable of 7.2 Mbps downloads.
Verizon Claims Real-World Speed of 953 Mbps in LTE-LAA Trial
Verizon Wireless says it has attained peak download speeds as high as 953 Mbps in a field test conducted on Boca Raton, Fla. The test was completed with commercially available equipment from Ericsson and Qualcomm using Verizon's cell tower and backhaul.
T-Mobile Claims LTE-A Lab Downloads Reach 1.175 Gbps
T-Mobile and its technology partners Nokia and Qualcomm today said they've reached peak download speeds in excess of 1.175 Gbps using LTE-A equipment in a lab. In order to reach these speeds, T-Mobile and its partners used the "4.9G" Nokia AirScale Base Station together with the Qualcomm Snapdragon X20 LTE modem mobile test device.
ITU Targets 20 Gbps for 5G Specification
The International Telecommunications Union today released a draft report for what might eventually become the 5G specification. IMT-2020 is the working name for the 5G standard and the ITU has laid out a basic framework it wants to see technology companies meet.
Qualcomm Develops 5G Test Platform
Qualcomm has created what it calls a prototype 5G system and trial platform. The 5G New Radio (NR) prototype is able to function across a wide range of spectrum bands, primarily below 6 GHz, and can achieve multi-gigabit per second data rates and low latency.
Real High Speed