Japan’s NTT DoCoMo pushes the envelope of 4G with mini-cell sites that deliver blazing speeds
LTE-A service is in the works, and while the actual deployment schedule has not been arranged, we can expect it to be amongst the first carriers to roll it out. Downstream speeds are expected to exceed 225Mbps.
While those technological challenges are worked out, DoCoMo has started deploying indoor multiband small cell sites that are compatible with the 1.5, 1.7 and 2.0GHz range, three out of four bands the carrier delivers LTE service with. These small indoor cell sites have the ability to deliver download speeds up to 150Mbps and are also LTE-A compatible.
According to DoCoMo, the technology is enabling a single antenna to deliver the throughput that might otherwise be achieved with a four-antenna system. Such scales allow the carriers to reduce cost, take advantage of limited physical space and use spectrum more efficiently.
The space reduction element will certainly be of interest to other carriers around the world that operate in congested cities with limited spectrum.
1. GrapeEyes (Posts: 248; Member since: 01 Sep 2013)
Can you please do an article on Lifi technology.
2. mr.techdude (Posts: 555; Member since: 19 Nov 2012)
This is why Asians are the geeks of our world in a good way cause they are the techie inventors
3. jarmokap (Posts: 1; Member since: 23 Nov 2013)
NTT DoCoMo is using Nokia's LTE-A and small cell radio access technology.
(remove space between / / to make link work, this is my first post here)
"LTE-A and small cell radio access development to be completed by 2015 with initial equipment capacity of 300 Mbps
Nokia Siemens Networks and Panasonic Mobile Communications Co. Ltd., a Panasonic group company, have been selected by NTT DOCOMO to develop next generation mobile broadband network architecture for LTE-A (long term evolution-advanced). As part of a multi-year agreement, the two companies will provide NTT DOCOMO with high-capacity base stations optimized for the requirements of LTE-A. These base stations will ensure initial equipment capacity of 300 Mbps (megabits per second) in the network and enable new cloud-based architecture and services. In addition, the two vendors will provide Remote Radio Head (RRH) to roll out small cells to enhance the coverage and capacity of the LTE-A network."