Dec/090
Creative Unleashes the Powerful Zii TRINITY Mobile Phone Platform
Back in November, when news of Creative’s plans for its Zii platform arrived, we managed to learn that the company was preparing something pretty big for its Zii Summit, something related to the handhelds’ world. In fact, those bits and pieces of information proved to be spot on since Creative (via Ziilabs, its subsidiary in charge of the whole Zii project) has just announced the elaboration of a complete 3.5G/4G Smart Phone and development platform supporting the Optimized Android and native Linux-based Plaszma operating systems, boastfully dubbed the Zii TRINITY.
As you might remember, this is not the first implementation of the Zii platform into a real-life product, since back in July, the company also unveiled its Zii Egg portable multimedia player, which, by all accounts, is more of a proof of concept device than an actual mass-production ready product. And seems to also be the case with the TRINITY, albeit we’re talking about a fairly different segment here, namely that of mobile phones.
As expected, the TRINITY platform is built on the ZiiLABS’ StemCell Computing array, which powers ZiiLABS’ ZMS-05 and ZMS-08 media-rich application processors. The prototype supports accelerated OpenGL ES 3D graphics, video and imaging, all of which are available either via the 3.1-inch, 480×800 pixels, 16M color Active Matrix OLED with capacitive multi-touch or via the mini HDMI port for 1080p video output.
The device also has the Xtreme Fidelity X-Fi audio technology, a 5-megapixel rear facing, auto-focus camera, a VGA forward facing camera for video conferencing, USB 2.0 Micro port for connectivity and charging, MicroSD storage expansion, and SIM card slots. Additional features include the 256MB low-power DDR memory, the integrated Wi-Fi 802.11 b/g, Bluetooth 2.1 EDR and hardware GPS, and, powering it all, a 1130mAH lithium polymer battery.
The device also has the Xtreme Fidelity X-Fi audio technology, a 5-megapixel rear facing, auto-focus camera, a VGA forward facing camera for video conferencing, USB 2.0 Micro port for connectivity and charging, MicroSD storage expansion, and SIM card slots. Additional features include the 256MB low-power DDR memory, the integrated Wi-Fi 802.11 b/g, Bluetooth 2.1 EDR and hardware GPS, and, powering it all, a 1130mAH lithium polymer battery.
Pricing details have not been provided, so it remains to be seen what manufacturer will decide to take a very bold leap and jump first onto the TRINITY bandwagon.
Sep/090
New mobile connectivity standard to connect mobile phones to HDTVs

Nokia Corporation (NYSE: NOK), Samsung Electronics Co., Ltd. (KSE: 005930, LSE-GDR: SMSN), Silicon Image™, Inc. (NASDAQ: SIMG), Sony Corporation (NYSE: SNE) and Toshiba Corporation (TSE:6502) today announced the formation of a Mobile High-Definition Interface Working Group that intends to create an industry standard for an audio/video interface to connect mobile phones or portable consumer electronics (CE) devices directly to high-definition televisions (HDTVs) and displays. This new mobile connectivity standard, based on Silicon Image’s Mobile High-Definition Link (MHL™) technology, will be defined, promoted and marketed by the Working Group as an industry standard open to anyone desiring to be an adopter and enable the development of mobile products that adhere to this new standard across a broad connectivity ecosystem.
The Working Group’s vision for the next generation of mobile connectivity is to provide an easy and cost-effective implementation for manufacturers while offering consumers a simple and reliable mobile connectivity experience. A single-cable with a low pin count interface will be able to support up to 1080p high-definition (HD) digital video and HD audio in addition to delivering power to a portable device.
The Working Group is expected to organize a Consortium of founding members who will develop a mobile connectivity technology standard specification that governs transmission and reception of high-definition content between portable devices and display devices, to support connectivity in accordance with the new specification.