O2 iPhone 4 and Dongle Customers Moving to 900MHz (UK)
O2 UK has doubled its planned network investment to US$3.2 million per day following approval from the telecoms regulator to start re-farming some of its GSM900 spectrum for 3G services.
According to the company, the investment would boost network capacity for 3G users, especially as it can migrate its iPhone 4 users over to the 900 MHz spectrum. Some Nokia handsets sold by the operator also support 3G at 900 MHz.
The company added that as a part of their financial results they announced that they will be increasing investment in their national mobile network by up to 25% this year. Part of this investment will be realized through the migration to 900MHz spectrum, which was formally agreed by Ofcom last week. Their deployment is focused on increasing the capacity of their 3G network where they have capacity hotspots. When 900MHz is activated on a site, customers with compatible handsets should experience less congestion and a faster service.
Twitter scrutinizes Mobile Broadband
The level of service delivered by the networks to mobile broadband customers is being monitored by Twitter now. MobileBroadbandSupermarket.co.uk is a dongle comparison site which has formulated a way to analyze all tweets within 25 miles of 12 UK cities.
The comments about mobile broadband networks and their performance is scheduled to be logged to provide a developing picture of the quality of service consumers are experiencing.
According to MobileBroadbandSupermarket Managing Director, Andy Gott, sometimes people’s subjective experience is a very valuable index of business performance, and they thought that by using tweets in this way they were providing mobile broadband consumers with an additional level of insight that will enable them to make an informed choice when purchasing a Dongle.
In his opinion, not only can this assist people to make the right choice based on their area, it can also point out the relative merits of a network in another area so for frequent business travelers and students, it will prove very useful as they need connectivity in more than one location.
WiMax gathers steam
Mobile operators have barely rolled out their new third-generation wireless networks, and they’re already talking about the fourth generation. As next-generation cellular technologies — including those of the Long Term Evolution (LTE) project, whose mission is to guide the evolution of GSM cellular networks — have trouble getting off the ground, the industry has been turning its attention toward the WiMax packet-based technology.
“If the 3GSM show is any indication, then I think we will be hearing a lot about WiMax at CTIA,” said Mohammad Shakouri, vice president of marketing for the WiMax Forum, referring to the 3GSM World Congress trade show held in February in Barcelona. “The technology is getting close to commercialisation, and there has been a lot of buzz the past several months.”
WiMax, which is similar to another packet-based wireless technology, Wi-Fi, already has the foundation for a strong ecosystem thanks to support from handset and infrastructure makers including Motorola, Samsung and Nokia, as well as from chipmaker Intel.
These companies are all expected to have WiMax products in the market sometime this year, and some will be shown off at CTIA. Samsung, for example, is expected to have on hand some of its already-announced WiMax-ready gear, including a handset, ultra-mobile PC and a new USB dongle that offers wireless broadband for laptops.
The WiMax Forum, the industry group that promotes the technology, has almost completed the necessary certification requirements for new products, another major step that could help push deployment. According to Shakouri, products using the 2.3GHz spectrum, which is used primarily in South Korea, will be certified by mid-year. Products using the 3.5GHz will be certified in the third quarter, and products using the 2.5GHz spectrum, which is used mostly in the US, will have certification available by the end of the year.
WiMax, whose transmission distances range from a few hundred feet in densely populated areas to more than a mile in suburban areas, can support peak data speeds of 20 megabits per second, although average-user data rates fall between 2Mbps and 8Mbps. Data rates for the next-stage 3G cellular service — sometimes called 3.5G — are about 3Mbps.
1.Asian markets lead the way
Momentum among carriers is already building. In Japan more WiMax-compatible spectrum will be allocated by the government later this year. Korea Telecom in South Korea is already committed to launching its WiMax service this year. There are also plans to launch WiMax services in India, Malaysia and Pakistan, as well as in parts of Eastern Europe, Shakouri said. And the government in Taiwan is spending $1bn (£510m) to encourage the manufacture and development of 2.5GHz WiMax products and applications.
In the US, Sprint, the number-three carrier, has already said it plans to spend $3bn in the next two years to build a WiMax network, which is expected to be able to provide service to 100 million people by the end of 2008. Sprint is using its existing 2.5GHz spectrum, half of which it acquired from its merger with Nextel, to deliver the new service.
On Monday, Sprint announced several new cities that will be part of the WiMax network, It also named which of its named infrastructure partners would be developing which markets. Motorola will be developing Chicago, Detroit, Indianapolis, Kansas City and Minneapolis, and Grand Rapids, Mich. Samsung will develop Baltimore, Boston, Philadelphia, Washington, D.C., and Providence, R.I. And Nokia will develop Austin, Dallas-Fort Worth, Denver, Salt Lake City, San Antonio, Seattle and Portland, Oregon.
Sprint had previously announced that Chicago and Baltimore/Washington DC would be the first two markets to get the service, by the end of 2007. And Nokia had also previously named it would develop four markets, in Texas, for deployment in early 2008: Austin, Dallas, Fort Worth and San Antonio.
Currently, the only other operator in the US using WiMax is a start-up called Clearwire, which was founded by mobile-industry billionaire Craig McCaw. Today it delivers WiMax broadband services to fixed locations, but eventually the company will offer mobile service as well. Clearwire, which raised $900m in venture backing this summer, went public earlier this month.
