Waaaay back in June, Sony announced their mid-range Xperia X8, and it came similar to their Top Phone Xperia X10, X10 mini, X10 pro
Well, now the diminutive fellow has had his required appointment with the FCC, so release should be on the horizon soon just maybe not in time for the original Q3 2010 release date.
The X8 has a 600MHz processor, 3.0 inch 320×480 screen, 3.2MP camera, 3.5mm headset jack, 2GB included MicroSD card, WiFi, GPS, Bluetooth (with stereo A2DP), and Sony uniqiue twist on the Android UI. It will ship with Android 1.6, but upgradeable to Android 2.1 in june!
The Symbian-powered Vivaz will launch in AT&T in two colors Galaxy Blue and Venus Ruby. The extravagant Ruby color will be available for a limited period of time only.
Sony Ericsson Vivaz costs $80 (after $50 rebate) on a two-year AT&T contract.
Latest Registered Mobile Devices from Federal Communications Commission's site Friday (14/8/2010).
Phones
Read - Samsung C5010B
Read - Samsung SPH-M920
Read - Samsung SGH-A667
Read - Samsung C5010L
Read - Samsung SGH-A817
Read - Samsung S5520
Read - Samsung B2710
Read - LG VS660
Read - LG VN270
Read - Huawei U1005-S
Read - Huawei G7010
Read - Huawei G3610
Read - Huawei C8150
Read - Haier U50
Read - Haier HG-M306
Read - Toshiba CR11-J02
Read - ZTE UX991
Peripherals
Read - Plantronics BackBeat 903+
Read - Huawei K3805
Read - ZTE K4505-Z
The Xperia X10 is powered by a 1GHz Qualcomm Snapdragon processor, which was powerful enough that the device didn't feel sluggish during most tasks. Its 4-inch 854 x 480 pixel touchscreendisplay was crisp, but didn't compare to the Super AMOLED display on the Samsung Captivate, also available on AT&T (although it was a bit easier to read in daylight). The built quality of the Xperia X10 is solid, and more than one person commented on how attractive it looked. I also liked the two white LED notification lights next to the phone's hardware buttons just below the display.
See the Video Below
Accordingly, new problems began to emerge as connectors in devices became larger and it became more difficult to bend the connecting cables.
Sony's newly-developed 'single wire interface technology' has achieved bi-directional transmission of several kinds of signals, including video, audio and control signals, by using time division duplex and multiplex. In addition, the DC power is supplied on the same signal cable. Sony's unique encoding technology with DC balance enables both DC power supply and high speed data to be transmitted within a limited frequency bandwidth.
In order to swiftly begin practical implementation of this technology, Sony has teamed up with ROHM , which has a track record in peripheral technologies, for the joint development and technical validation for the analog portion of the test chip.
Hereafter, Sony will grant ROHM a license for the IP of the digital portion of this newly-developed technology in order to advance the development of a single chip which includes both the analog and digital portions.
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