CDG Press Releases
CDMA2000 1xEV-DO REV. A DEPLOYMENTS EXPAND ACROSS THE GLOBE
1xEV-DO Rev. A is the First IP-based, Low-Latency, Advanced Broadband, VoIP and Multicasting Network to be Commercially Deployed
CTIA WIRELESS 2007, Orlando – March 27, 2007 – The CDMA Development Group (CDG) today announced that 21 operators in 18 countries across Africa, Asia, Europe, North America, Latin America and the Caribbean are deploying CDMA2000® 1xEV-DO Rev. A. Since the first commercial launch by Sprint-Nextel in the U.S. in October 2006, there are now five live Rev. A networks deployed by KDDI (Japan), Sprint-Nextel (U.S. and Puerto Rico), TNZ (New Zealand) and Verizon Wireless (U.S). Another 16 Rev. A networks in 14 additional countries are in various stages of deployment. To support these launches, more than 20 Rev. A devices are available now for commercial use, including PC cards, embedded PCexpress cards for PC notebooks, USB modems, broadband gateways, Wi-Fi routers and mobile handsets; many more product offerings will be introduced soon by more than a dozen vendors.
“There is tremendous momentum behind Rev. A. In the six months since the first deployment, the technology has expanded across developed as well as developing markets. In the next few months, Rev. A networks will be available to millions of people in diverse markets such as the U.S., Canada, Japan, South Korea, New Zealand, Tanzania, Mongolia and the Caribbean ,” said Perry LaForge, executive director of the CDG. “These operators are on the leading edge of delivering a whole new mobile broadband experience to their customers that their competitors, using other wireless broadband technologies, can not match at this time.”
Rev. A is the most advanced wireless broadband technology commercially available today, providing peak broadband data speeds of up to 3.1 Mbps in the forward link and 1.8 Mbps in the reverse link, l ower network latencies, greater bi-directional symmetry, and advanced Quality of Service (QoS) mechanisms. With these capabilities, operators can offer enhanced revenue generating services such as real-time broadband access to the Internet, email with large file transfers (in both directions), multimedia multicasting and delay sensitive services such as voice over IP (VoIP), Push-to-Multimedia (PTM), video conferencing, social multimedia networking, and rich 3D gaming with multiple players. IP-based Rev. A networks also provide operators with additional service flexibility and higher bandwidth efficiencies, which translate into greater control and substantial cost savings – as much as 30% of an operator’s total cost of ownership.
Rev. A already is making a big impact in the world marketplace, and with average data throughputs of 600-1400 kbps in the forward link and 350-500 kbps in the reverse link, it offers significantly higher speeds and a better user experience than other wireless broadband technologies. In real terms, Rev. A customer s can now download a 1 MB e-mail attachment – the equivalent of a small PowerPoint presentation or a large PDF file – in less than 15 seconds and upload the same-sized file in less than 25 seconds.
For CDMA2000 1xEV-DO operators, deployment of Rev. A represents a simple upgrade to their existing networks and it preserves their previous investments since Rev. A networks use existing core network elements and support current 1xEV-DO Rel 0 applications and devices. Plus, the newer Rev. A devices are backwards compatible with CDMA2000 1X and cdmaOne TM systems. Rev. A is well suited for developed and emerging markets, due to its spectral efficiency and enhanced IP-based core network functionality that provides faster Internet access than DSL and enables operators to offer VoIP, multicasted television content, and a myriad of other next-generation mobile broadband services – the quadruple play.
The following operators have or are planning to launch Rev. A commercially within next six months:
Note: This list is not all inclusive. There are other operators who intend to deploy Rev. A commercially, but have not made their plans public
# # #
Note to editors