BoxWave’s Desktop Cradle is a USB cradle that is specifically designed for your Nokia E65 mobile phone . Boxwave has actually made two different Nokia E65 desktop cradles. One version of the desktop cradle is designed with a spare battery charger behind the slot for the device, see photo below. The other version of the Nokia E65 desktop cradle is not equipped with a spare battery charger.

Naturally, with both versions of the desktop cradle you can synchronize and charge your Nokia E65 to your computer.The price for the desktop cradle without the extra battery charger is $32.95 and the cradle with the extra battery charger is $52.95.

TheRobin sprintusers.com forum member has posted what appears to be a promotional photo of the rumored pink Palm Centro that is expected to arrive on Sprint sometime in January or February 2008.

The information on the release date has been all over the map with rumored launch dates of January 6, January 13, and February 14

The Nokia N82 is now available in titanium white color. Actually, it’s just the light titanium colored back of the device that is different from the original N82. It’s available now for all our readers that live in Singapore and are using Singtel’s services.

The Samsung SCH-W579 has already been approved by the FCC, so be ready to experience its goodness soon. On the specs front apart from both GSM and CDMA networking, we also come across features like ; TFT, 240×320 pixels, 262K colors display, a 2megapixel CMOS Camera, a MP3 Player and support to 72-tones polyphony. We especially dig the cool digital clock on the outer body and its ability to support Office documents and TV-out.Here is Samsung SCH-W579 gold edition ..

Nokia announced the 4G test “long term evolution”(LTE) wireless technology was a success, it was one of its kind. This test was carried in urban environment using the spectrum of 2.65GH z, the peak download speed at this spectrum recorded 173Mbps; this was the best result then all earlier tests. LTE can provide the combination of bandwidth, range, scalability, and low power that users will expect from a 4G service.

The prototype base station was installed for ongoing LTE tests at the top of the Heinrich Hertz Institute building in Berlin, in urban where interference typically degrades bandwidth. Test featured multiple users connected to the new base station, giving the 173Mbps throughput was the real world peak. They also tested the LTE by putting terminals into cars and driving them 1 km away from the base station.