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ZiiLABS ZMS-08 offers Cortex A8-powered Full HD and Flash acceleration for netbooks
We haven't even seen the Zii EGG make its long-anticipated consumer debut yet, but Creative is already building up steam for its next Zii venture. ZiiLABS' ZMS-08 is a third generation mobile media accelerator / system-on-a-chip that boasts its predecessor's 1080p playback and 24fps encoding, and HD video conferencing via simultaneous 720p encoding and decoding, while adding all-new OpenGL ES 2.0 support, an integrated HDMI controller, X-Fi audio and Flash acceleration. Paired to a 1GHz ARM Cortex A8, and running a custom flavor of Android alongside Plaszma OS, the new Zii chip will look for homes in "web tablets, netbooks, connected TVs" and the like, but seemingly not smartphones. ZiiLABS has already signed up a number of clients, who'll start receiving shipments in Q1 of 2010. Full PR and an architectural diagram after the break.
Marvell teams with E Ink for turnkey ereader processor
And so it begins. If you had any doubts whatsoever that the ereader battle was in full effect, let this introduction take all of that worry away. Marvell and E Ink have tag-teamed in order to announce a "highly integrated" ereader processor that'll be made available in "turnkey platforms" aimed at the booming ebook reader market. The ARMADA package includes a 166E application processor, WiFi, Bluetooth and 3G modem, and more broadly, the two have agreed to cross license epaper "timing controllers and system platforms," which may or may not be the cutest, sweetest thing we've ever heard. The goods are expected to be ready for readers in 2010, which means that buying a Kindle or Nook today is guaranteed to cause you all sorts of pain when the next best thing ships within twelve months.
Texas Instruments CC2540 promises ultra-low energy Bluetooth
Texas Instruments is pretty chuffed with itself right about now, as it's prepping to demonstrate a swell-sounding new system-on-chip that takes Bluetooth connectivity to the extreme reaches of low energy consumption. About to be shown off in Munich tomorrow, the new CC2540 takes up a measly 6mm-squared of real estate, and is said to be able to operate for more than a year on a single button cell battery. With the reduced physical size and embedded Flash memory, this should be easier to install and update as necessary too. Considering the battery-draining ways of current Bluetooth tech, such claims sound preposterously awesome, but we'll keep our giddy enthusiasm in check until early next year when samples will begin rolling out. For now, you can check out the older video below 'splaining the prospective benefits in more detail. Read - Texas Instruments press release Read - Bluetooth low energy webpage Read - Video explanation of Bluetooth low energy
Samsung, LG, and SKT hook up for chip design
There's a lot of Kumbaya going around in South Korea this morning with the announcement that Samsung and LG -- normally the most bitter of archrivals -- will start working together to develop the next generation of chips for digital TVs and phones. Also being pulled into the love fest is domestic carrier SK Telecom, South Korea's largest, who will be working specifically on designing wireless systems-on-chip for use in handsets. Interestingly, it seems Sammy will be left out of the loop on actual design; that'll be left to LG and others, while Samsung will be responsible for manufacturing and testing the goods. For its part, the government seems to like what it sees here -- it's pumping some 19.5 billion won (about $15.7 million) into the project, though there's no word on when we'll see the fruits of the labor in a retail product.
NEC intros comprehensive SoC for Japanese DTV converter boxes
Just because America is ditching analog in favor of digital this February doesn't mean that it's the only nation on the planet with transition on the brain. In July 2011, the same type of cutover will go down in Japan, leaving an estimated 35 million televisions unable to view digital broadcasts. NEC Electronics is already on the ball, cranking out a system-on-chip that puts everything necessary to convert digital signals for use on old school analog sets into a nice, compact chip. The result? In theory, we should see some pretty diminutive DTV converters, but we all know how these set-top-box makers love to pack loads of hot air within unnecessarily large enclosures.
STMicroelectronics and Arkados join up on HomePlug AV SoC
HomePlug AV has been around for what seems like eons, but regardless of how hard it tries, it never seems to really take hold in the market place. That being said, two big names in the industry are teaming up to give it yet another push, as STMicroelectronics and Arkados join hands to "develop and manufacture a 200Mbit-per-second HomePlug AV wideband powerline modem System-on-Chip (SoC)." If all goes to plan, it'll become the world's first HomePlug AV SoC, and it's being designed to "power applications ranging from simple Ethernet-to-powerline bridges to full-featured products as wide ranging as HDTV distribution, digital set-top boxes, IPTV, whole-house audio, networked digital picture frames, surveillance systems, etc." We'll see if anyone notices when it ships in mid-2009.
CoAir: world's first UWB chipset with wireless, coax and gigabit Ethernet
Sigma Designs has been dabbling in wireless HD technologies for eons, so we aren't going to get too excited until we see this here system-on-chip (SoC) actually hit some products that we care about. Still, the CoAir is a fairly sweet concept, wrapping integrated wireless, coax and gigabit Ethernet capabilities into one single chip aimed at whole home networking. Put simply (or as simply as possible), this chip is the world's first to "simultaneously deliver multiple independent streams of video and data over coax cable, Ethernet cable and wirelessly without compromising quality of service and throughput." Based on the WiMedia standard, it can reach speeds of up to 480Mbps with UWB (ultra-wideband) wireless streaming, and room-to-room linkage via UWB-over-coax can peg those same rates. What we have here is a great basis for building a whole home server on, but until said device emerges and performs flawlessly, we'll just smile and carry on.
Broadcom intros inexpensive "3G phone on a chip" solution
Broadcom sure has been on a roll of late, introducing the feature-packed VideoCore III multimedia processor earlier this month and following it with the "world's first 3G phone on a chip" solution. The BCM21551 baseband chip was developed on a single, low-power 65-nanometer CMOS die and features Bluetooth 2.1+EDR, FM radio, an FM transmitter, support for up to five-megapixel cameras, 30fps TV out and "advanced multimedia processing." Notably, you won't find integrated WiFi or GPS, but it does play nice with HSUPA, HSDPA, WCDMA and EDGE cellular protocols. Best of all, this system-on-a-chip is available now to "early access customers," and the low, low $23 pricetag (when purchased in bulk, of course) is music to our ears.
Tzero's WiMedia-based ZeroWire uses UWB for HD streaming
While Tzero has been at the forefront of ultra wideband technology for some time, the firm is upping the stakes even higher with its WiMedia-based TZC7200 ZeroWire chipset. The UWB semiconductor solution was designed to deliver "real-time high-definition video" either wirelessly or over cabling, and can even open new doors for "distributing entertainment content throughout the entire home using existing coax." Reportedly, this device can pipe multiple streams of HD video through your average cable network at the tune of 480Mbps, and it boasts application integration including IP, UDP, TCP/IP, multicast, and unicast. Notably, ZeroWire is "comprised of both a Radio Frequency IC (RFIC) as well as a baseband and media access control system-on-chip," and while the chipset is listed is being available immediately, you'll need to contact Tzero yourself to fetch the pricing details.
Akustica intros AKU2103 HD microphone for laptops
Akustica, which makes its mark building acoustic system-on-chip solutions, has recently introduced what it calls the "world's first HD microphone that enables HD voice quality in laptop PCs and other broadband mobile devices." The firm's AKU2103 is a digital-output microphone with a "guaranteed wideband frequency response," which means that you can sleep easy knowing that your built-in mic complies with the TIA-920 audio performance requirement for wideband transmission. This MEMS device crams the mechanical transducer, output amplifier, and sigma-delta converter onto a single chip of silicon, and touts near-immunity to RF and electromagnetic interference as well as to power supply modulation. The surface-mountable unit measures in at just four- x four-millimeters in size, and while pricing details aren't available to the masses just yet, Akustica plans on sampling the AKU2103 in Q3 of this year. [Via Slashdot]
Fujitsu cranks out commercial 5.8GHz WiMAX SoC
While it hasn't come quick nor easy, it looks like more and more vendors are jumping on the WiMAX train, and just a day after Horizon chose Navini to get its WiMAX on, Texas Instruments, ORZA Networks, and Sun Create Electronics are becoming some of the first to receive shipments of Fujitsu's chip. The 5.8GHz WiMAX baseband system-on-chip (SoC) is dubbed the "industry's first" to become commercially available, and while it supports frequencies ranging from 2GHz to 11GHz in both licensed and unlicensed bands, its also "being used in the industry's first commercially available fixed WiMAX CPE supporting the 5.8GHz band." Of course, these all-in-one chips are being marketed and sold specifically to ODMs, but chances are it'll have something to do with your connection to WiMAX if Fujitsu has anything to do with it.[Via FarEastGizmos]
NVIDIA snapping up PortalPlayer for $357 mil.
All the big-time chip kiddies are all about diversity, and now that NVIDIA seems bent on doing things for serious in the GPU, chipset and (most recently) CPU spaces, its next step was pretty natural: go small. That's why it's forking over a cool $357 million for PortalPlayer, the system-on-chip wunderkind behind most some of the biggest music players in the biz -- most recently including the 5G iPod with video and SanDisk Sansa e200 series. However, NVIDIA has its sights set on much more than DAPs, and plans to combine the miniature know-how and processing power of PortalPlayer with NVIDIA's own graphics expertise in a bid to "drive the next digital revolution, where the mobile device becomes our most personal computer." Sounds like a good time for all, especially PortalPlayer stockholders, to which the purchase price represents a 19 percent bump on their stock value as it compares to the 20-day average as of Friday. The boards of both companies have approved the acquisition, and now the only hurdle is regulatory before these two chip fiends start busting out their "digital revolution."
