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3GSM 2007 Award Winners

The 12th Annual GSM Association Global Mobile Awards were announced last night in Barcelona at the annual industry event which showcases the best of the mobile world. The stars of the night were the 2007 Global Mobile Awards winners, whose achievements provide an insight into the services, devices and innovation that are taking the mobile industry forward. Sony Ericsson’s K800 CyberShot handset won best 3G handset and Tokyo based I-play’s “The Fast and the Furious” took Best Made for Mobile Game. See the full category list and winners after the jump.

Mobile Music Moves Off-Portal

Ever since the first ringtone sites began appearing on NTT DoCoMo’s i-mode menu back in 1999, most mobile music content providers in Japan have pushed to have their services appear on the ‘main menu’ of the wireless carriers. This ‘closed garden’ model has been widely criticized for putting too much power in the hands of the wireless carrier. However, it has still been attractive to CPs because of the enormous traffic that comes from the carrier’s menu, as well as the convenience of having customer billing handled by the carrier.

For the past seven years, CPs have flooded Japan’s three major wireless carriers with thick, 150-page proposals, in the hopes of getting their ringtone, mastertone, or other content listed on the menu. Despite the high barrier of entry and heavy restrictions, this method has until recently been the preferred way to operate a mobile music service in Japan.

Japan Mobile Industry News Mash-up

It’s been a rather hectic few weeks here, as mentioned at the end of our latest WWJ Newsletter, so we thought a chocolate covered bundle of tidbits would be in order today. With 3GSM running this week in Barcelona, on top of the usual post January speed cycle, we’ve clipped over a dozen highlights together for a sweetheart ‘Valentines Eve’ post chalk full of wireless news goodies collected over the last little while, just for you after the jump.

Tegic Communications Launches T9 Discovery Tool

Tegic Communications Launches T9 Discovery ToolTegic Communications has announced the availability of their new T9 Discovery Tool, a software application that will allow consumers to locate or discover content and information, whether on their cellphone or on the mobile web, in just a few keystrokes. Wireless Watch Japan caught up with Tony De Ruvo, director of product marketing, at the recent Marcus Evans 3G Forum here in Tokyo for an advanced preview and chat on-camera about the new product.

Of course, many people in the industry believe that complex menu navigation and portal designs are a major obstacle to accessing content and services, and consider this to be a limiting factor to greater data service uptake and growth. According to the company press release, the T9 Discovery Tool uses unique insights that Tegic has gained from shipping their T9 predictive text entry software in 62 languages on over two billion phones to make mobile search and discovery fast and easy.

The Discovery Tool search interface can be instantly activated from the idle screen, delivering immediate access to menu areas, applications and stored content on the device and to operator content and services held on the network. Improving the speed, discovery, and re-use of operator services, this new tool may help open up new revenue opportunities for carriers by making it dramatically easier for consumers to discover or search for content and services, whether held on or off the operator portal.

DoCoMo Achieves 5Gbps Data Speed

NTT DoCoMo just announced it has achieved a maximum packet transmission rate of approximately 5Gbps in the downlink – claiming a World’s First – using 100MHz frequency bandwidth to a mobile station moving at 10kmh. The field experiment 4G radio access took place in Yokosuka, Kanagawa Prefecture on December 25, 2006. After having achieved a maximum speed of 2.5Gbps in December 2005, DoCoMo doubled the speed in the more recent test by increasing the number of MIMO transmitting and receiving antennas from six to 12 each, and by using proprietary received signal processing technology.