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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.

ST-Ericsson's U8500 platform gives your next smartphone wicked 3D powers

It's one thing for ARM to develop a potent GPU meant to add impressive 3D capabilities to devices that were previously forced to run the likes of "Snake," but it's another thing entirely to see a platform and semiconductor company come forward and take it one step closer to the mainstream. ST-Ericsson has done just that with its U8500 platform, which is the first to integrate ARM's Mali-400 graphics processing unit into a solution that can be easily fitted into future phones. Think your iPhone 3GS GPU is mighty enough? Hop on past the break and mash play -- it'll make those fancy water reflections you're currently drooling over look downright ugly.

[Via B4Tech, thanks Chris]

XBMC ARM port teased, will manage HD playback from pocket-sized Beagleboard (video)

XBMC ARM port teased, will manage HD playback from pocket-sized Beagleboard (video)
There was a time when the X in XBMC stood for Xbox, but now just look at it. The open source project is showing up on everything from MIDs to Apple TVs and soon will be in the wild running on ARM-powered devices, with the development team posting a teaser video of the software running quite well on a tiny 600MHz Beagleboard. It's a fraction of the size of most HTPCs and, at $150, a fraction of their cost, too. Right now the software seems to be struggling a bit with what looks to be 480p wide content, but the devs promise proper HD playback in the full release -- though they're not saying when that full release will be.

[Via Hack A Day]

ASUS' Android-based 'secret weapon' smartbook launching in Q1

We got our first glimpse at a computing future filled with low-cost, ARM-based ASUS smartbooks running Android on a 1GHz Snapdragon processor all the way back on June 1st. Since then, however, the pencil-spinning boys in Taiwan have been poo-pooing plans to launch such a device due to what ASUS called an uncertain market opportunity -- or was it pressure from Wintel, we never can tell? Then yesterday, ASUS' Jerry Shen pulled an about-face at an investor meeting in Taipei with talk of launching a $180 smartbook in Q1 of 2010. Bristling with confidence, Shen goes so far as to call it a "secret weapon" in a category offering potential for huge, Eee PC-like growth. Well, with the first big-name smartbooks just starting to ship, even a dozen or so sales could be considered statistically significant.

[Via Shanzai]

ARM shows off its Mali mobile processors with impressive 3D demos, also bowling (video)

ARM shows off its Mali mobile processors with impressive 3D demos, also bowling (video)
It's been a long time since ARM last bragged about its Mali line of high-end mobile processors, telling us back in March how the 200 and 400 models were going to bring high-def 3D performance to tiny gadgets. Finally we have some videos to go with the hype, two demonstrations showing the phone's admittedly impressive polygon-shuffling tech. The demos feature the lower-end Mali-200 rendering everything at 720p, playing some simple videos and also handling a rather complex 3D contact navigation system that looks both flashy and painful to use. ARM says "play a game of bowling like never before and you'll get hooked by the magic of Mali." Click on through already, and prepare to be hooked.

Core Values: The silicon behind Android

Core Values is our new monthly column from Anand Shimpi, Editor-in-chief of AnandTech. With over a decade of experience poring over the latest in chip developments, he's here to explain how things work and why our tech is the way it is.
Remember this chart? It's interesting for a number of reasons, but I want to highlight that all present day Android phones use virtually the same Qualcomm application processor, all based on a sluggish 528MHz ARM11 core. Blech.

I've got nothing against Qualcomm, but a big reason most Android phones feel slow is because they're running on slow hardware. The ARM11 core was first announced in 2003. It's old and creaky, and it's used so frequently because it's cheap. But the basic rules of chip design mean that things are about to change fast.

Smart Devices SmartQ5a MID... now with Android!


If you're a MID fan that's curious about this crazy "Android" you've been hearing about, it looks like the realms are colliding in many new and interesting ways as of late. E World, which seems to be owned by China Mobile, is selling the SmartQ5a touchscreen device pre-installed with Android 1.5 for $199.99. We know some of the more hardcore have been taking it upon yourself to install the open source OS on Smart Devices' 4.3-inch wonder for a while, but now the whole affair appears to have the stamp of approval of the People's Republic itself. We're just wondering who you'd contact if you have to take advantage of the one year warranty.

Sharp's PC-Z1 NetWalker takes the inevitable unboxing journey


Sharp's PC-Z1 NetWalker conjured up all sorts of love and hate-filled emotions when we toyed with it earlier this month, but for fans of unorthodox handhelds, minor details like a wonky optical pad and frail keys aren't apt to put a damper on the excitement found in this moment. The cool kids over at Pocketables were able to procure a unit over the weekend from Japan (right on cue, might we add), and predictably, they've broken out the camera in order to let you relive the unboxing experience and see it side-by-side with a UMID mbook M1. The read link folks, that's where it's at.

Samsung R&D goes bananas for mobile, intros 1GHz processor, 5 megapixel camera-on-a-chip, much more

In a Samsung-esque introduction, Samsung has unveiled a crazy stack of tech for mobile devices, most of it aimed at improving performance in high-end devices while reducing power consumption -- an initiative we can always get behind. Among the introductions are a pair of 1GHz ARM CORTEX A8 processors, one for phones and one for larger mobile devices, the former of which can be paired with Samsung's new 1Gb OneDRAM solution, and both of which can churn through 3D graphics while keeping power usage to a minimum. Other highlights include a 5 megapixel CMOS system on a chip camera, which can process 1080p at 30 fps, a 512Mb PRAM chip newly in production, and a mobile display driver with integrated capacitive touchscreen support. With samples of the processors out in December, and the camera trickling into the market Q1 of next year, we probably have a ways to wait for devices based on all this tech -- but boy are we prepped for it.

Read - 1GHz low power application processors
Read - 5 megapixel camera
Read - PRAM starts production
Read - Ramped up OneDRAM production
Read - Display driver IC with embedded capacitive control

ARM's Cortex-A9 beats Atom N270: too bad it's not 2008

ARM's doing some chest thumping today by revealing a 2GHz clock speed on its dual-core Cortex-A9 processor. The move is meant to remind manufacturers that ARM can scale beyond its traditional smartphone strong-hold and into netbook territories currently dominated by Intel. ARM's even handing out benchmarks showing the Cortex A9 out performing Intel's single-core 1.6GHz Atom N270 -- a processor launched back in 2008. Of course, Intel already ships a dual-core Atom 330 processor with its low-power Pineview processor set to launch on the near-horizon. It's also worth remembering that Windows 7 won't run on ARM so future Cortex A9 smartbooks will have to settle for Windows CE, Android, or perhaps, Google's Chrome OS if you ask politely. ARM is licensing its Cortex A9 speed- and power-optimized technology today with delivery in the fourth quarter of 2009.

[Via PC World, thanks Ian]

Palm Pixi processor, chipset specs get detailed at last


Palm may have divulged most of the details about its new Pixi phone when it got official with it last week (and let us get our hands on it), but it was unfortunately staying mum about a few key specs, including the mystery processor at the heart of the device. Thankfully, Qualcomm has now come out and clarified that situation so Palm doesn't have to, and detailed the complete specs for the MSM7627 chipset that powers the Pixi. The big news there is that the chipset packs two ARM cores on a single chip, including one dedicated 600MHz applications processor, and a separate 400MHz modem processor to offload some of the heavy lifting. Otherwise, the phone is said to pack a 200MHz, OpenGL 2.0-supporting GPU for some decent gaming capabilities, and a 320MHz application DSP to handle multimedia on the device, including full 30 fps WVGA video encoding and decoding. Hit up the link below for the complete rundown.

[Thanks, Fernando]

UMEC's Android videophone and MID prototypes stray from the beaten path


We've seen plenty of odd Android permutations, but UMEC seems to be striving to do something all its own. It's showing two devices it currently has in the works, one is a videophone / hub / DECT phone / etc. unit (pictured), which might be at home on a countertop, while the other is a brightly hued MID, with similar internal specs but more portable aims. Both are running ARM Cortex A8 processors (like the iPhone 3GS), though there's some significant OS optimization to be done: everything was incredibly sluggish on the videophone, and the MID was locked up at the time we dropped by. UMEC also doesn't have the touchscreen drivers working for either device, though the good news is that they're looking at both capacitive and resistive touchscreens, based on what the reseller that picks these up desires. Luckily, the videophone has USB plugs galore (along with plenty of Ethernet jacks) so we were able to get a quick demo of the device using a mouse and keyboard. The MID also has a full-size USB plug, and both devices sport HDMI out, so the end usage for both of these is really up in the air. Check 'em out on video after the break.

Sharp's 5-inch PC-Z1 NetWalker honors Zaurus legacy with touchscreen Ubuntu

Fanboys have been running Ubuntu on Sharp's deceased Zaurus lineup of PDAs for years. Now Sharp makes it official with the launch of this 5-inch, 1024 x600 TFT LCD touchscreen NetWalker smartbook, aka the PC-Z1. It's not a Zaurus per se, but the compact 161.4 x 108.7 x 19.7 ~ 24.8mm / 409g device certainly resurrects its ghost. Underpinning the device is an 800MHz Freescale i.MX515 CPU built around the ARM Cortex-A8 architecture, 512MB of memory, 4GB of on-board flash storage (with microSDHC expansion for another 16GB), 802.11b/g WiFi, 2x USB, and QWERTY keyboard going 68 percent of full-size. Sorry, no 3G data. The PC-Z1 features a 3-second quick launch, non-removable 10-hour battery, and is purposely positioned by Sharp as a taint -- it ain't quite a smartphone and 't ain't quite a laptop. Good luck with that Sharp. The device is expected to hit Japan on September 25th for ¥44,800. That's about $479 whenever it might come Stateside.

It's worth noting that the current US ban on the import of BGA-packaged products like Freescale's i.MX processors should not affect the import of the PC-Z1 as Akihabara News contends. As we understand it, that ban affects the import of the chips, not the systems using them and assembled elsewhere. Otherwise, Amazon wouldn't be selling its Kindle, dig?

[Via Akihabara News and Engadget Japanese]

Read [warning: Japanese PDF]

Nokia following Booklet 3G with ARM-based smartbook in mid-2010?

Those semiconductor semi-gossipers at DigiTimes want you to know that Nokia's not stopping with the Booklet 3G and in fact has an ARM-based smartbook set for mass consumption in the middle of 2010. According to its sources, Espoo's in the process of settling with ODMs now, and the speculation is that it'll go to either Compal or Foxconn (a.k.a. Hon Hai Precision Industry). If all of this sounds familiar, that's because it is: we've heard multiple reports this year that suggested a smartbook / MID with either a multicore ARM Cortex A9 Sparrow chip or Qualcomm's Snapdragon processor. We're not discounting it, especially considering that netbook bit panned out, but mid-2010 is quite a ways off -- no telling when we'll be hearing anything else on the matter.

Liquidware announces modular, scalable Arm-based motherboards

If your idea of fun is developing software for obscure computing platforms, then you're probably already down with Liquidware. It seems that Arduino-based projects like the GamePack and OpenBerry have become a little too easy for the gang, so they've decided to embark on a little project to revolutionize computers by "turning them inside out," so to speak. The Illuminato X Machina is a 4-inch square upon which sits a 72MHz ARM-based microprocessor, a dedicated EEPROM chip for data storage, RAM, LEDs for output, and 14 I/O pins that line each of its four sides -- in short, a fully functional computer. The true magic of the operation, however, lies in the fact that these things are designed to cluster together, with each cell operating in parallel. "Like living organisms," it says at the group's website, the cells are "social." They autonomously communicate, distribute processing power and programming, and even isolate faulty neighbors -- when one of the cells crashes, it won't bring the whole cluster down with it. Believe us, we've only scratched the surface here -- hit that read link order up some of these bad boys for yourself, but not before you check out the videos after the break.

[Via Wired, Thanks Justin]
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