ArmCortexA8
Latest
Archos Arnova GBook gets quiet introduction, reveals its humble powers
Its routine FCC appearance from a few months back hinted that it would be officially launching sooner rather than later -- and today, our dear friends, marks the day the GBook formally joins the Archos Arnova family. The 7-inch, Ice Cream Sandwich tablet / eReader likely won't excite many with its run-of-the-mill spec sheet, which consists of a 1GHz Cortex A8 CPU, 1GB RAM, 4GB of built-in storage, 1080p video playback and a meek screen resolution of 800 x 480. In addition to those features, the company's placing a lot of focus on the device's eReading capabilities, announcing it'll offer support for any EPUB and PDF files -- including "those using Adobe DRM." Speaking of which, folks will have to purchase all content from Archos' own store, given that the GBook does not posses the required credentials to access Google Play. Meanwhile, pricing and availability deets are still unknown, but we'll be sure to keep you in the loop as soon as we find out. In the meantime, there's some eye candy down below for you to freely enjoy.
Huawei's MediaPad 7 Lite gets detailed specs, shipping dates
When Huawei revealed its new MediaPad 7 Lite slate, it wasn't generous with the details, but now we've got a few more to share with you. The final specifications are out, so we now know for sure that the ICS tab will arrive packing a 7-inch IPS display (1,024 x 600) supporting 1080p, a 1.2GHz Cortex A8 processor, 1GB RAM and 8 gigs of storage, expandable via microSD (up to the usual 32). To keep you connected, you've got Bluetooth 3.0, WiFi of the a/b/n varieties, or the option of sticking a SIM in it for HSPDA 3G speeds on the move. The cameras are nothing to shout about, but 3.2 megapixels on the back and 0.3 on the front will probably do for the odd Skype call or emergency picture. We can't see how much later into August you can get, but the PR states shipping will begin then, to South Africa, China, Russia, the Philippines and Taiwan, and to Indonesia and Malaysia in September. Seven inches just not enough? Then how about its keyboard-endowed bigger brother?
Matrix One tablet goes on sale for an even more frugal $90
Direct Merchandise Marketing might not have the most alluring name as a tablet maker, but it still raised a few eyebrows with its Matrix One in June: it hoped to crack the $100 barrier while still producing a device you'd still be proud to take home to Mother. The 7-inch slate is going on sale ever so slightly past its late July target, but with a surprise price drop to $90 -- more or less, considering that shipping costs a minimum $10. Whether or not that extra Hamilton bill's difference is an illusion, you're still getting a surprisingly competent device for the money, with a 1.5GHz ARM Cortex-A8 chip, 512MB of RAM and 4GB of built-in storage moving Android 4.0 along at a decent clip. The 2-megapixel front camera, full-size USB and HDMI also help reinforce that it's more than just a no-frills slab. Having said this, we'd be brave enough to crack the triple-digit barrier and spring for the considerably more future-proof $130 edition with 1GB of RAM and 16GB of space. The feature gap is still wide enough that Nexus 7 owners won't experience buyer's remorse; at this price, however, it's not hard to imagine handing out Matrix Ones to family members like so much candy.
Archos Child Pad gets capacitive screen upgrade, minor price hike to $140
Parents who've already purchased Archos' 7-inch Child Pad may be feeling somewhat miffed, as its screen's been upgraded from resistive to capacitive just two months after launch. There's no such thing as free multi-touch, so you'll have to fork out another ten bucks on top of the original asking price for the new version of the ICS slate, bringing the total to a cent under $140. Other internals are identical, so customers can still expect a 1GHz ARM processor, 1GB of RAM and 4GB of expandable storage, with some exclusive chipmunk-based content to boot. Just remember to let the kids have a go once in a while.
VIA makes its first ARM-based Pico-ITX board, adds dual graphics for your in-car pleasure
VIA has only ever really had a dalliance with ARM; the VAB-800 might be a sign that it's willing to go steady for awhile. As the company's first Pico-ITX board with an ARM chip, the 800 stuffs up to a 1GHz, Freescale-made ARM Cortex-A8 and 1GB of RAM into a tiny, 3.9 x 2.8-inch board. Somehow, it still fits up to four USB 2.0 ports, mini HDMI, VGA and as much as 64GB of storage. The board's real tricks are its dual integrated graphics processors: the VAB-800 can independently steer two displays, just in case your in-car infotainment system can't be contained by merely one screen. You'll likely have to be a car designer or an industrial device maker to make an order, although the 5W power draw and support for Android, Ubuntu Linux and Windows Embedded Compact 7 should soon see the VAB-800 crammed into logic-defying spaces everywhere.
Ergo GoTab Epic hands-on (video)
There's a new entrant in the cut-throat world of British budget tablet makers: Birmingham-based Ergo Electronics. It previewed its new GoTab line of Ice Cream Sandwich-powered slates and e-readers at this year's Gadget Show Live, but our interest was captivated by the most premium model: the GoTab Epic GTB9040. Interested in our impressions? Course you are, that's why you're going to read more after the break.
Prestigio's Multi 9.7 Android 4.0 tablet has an IPS display, arrives in May for 199 Euro
We were so busy fondling gaming machines and touchscreen Ultrabooks at CeBIT last week that we missed that tablet you see up there. That would be the Prestigio Multi 9.7, which -- surprise, surprise -- sports a 9.7-inch display. What's intriguing to us (besides the fact that we're generally obsessed with this sort of thing), is that we don't see nearly as many budget 10-inch tablets as we do 7-inchers. As you can see in the video below, it has a nice, fingerprint-resistant rubber back, along with an IPS display and Ice Cream Sandwich as an OS -- not too shabby for what's clearly a low-end device. Then again, the specs are appropriately modest: it has 8GB of built-in storage (expandable via microSD) and runs on a single-core 1GHz ARM Cortex A8 chip, bolstered by 1GB of RAM. According to Notebook Italia, it'll hit Italy in May for €199, though it's unclear if it will be available in other countries as well. Head past the break to find a video of it in action (skip to about 1:30 in), and hit that source link for more pics.
XBMC comes to the iPad
We were politely asked to keep quiet about this until today, but here's the truth: XBMC now runs on the Apple A4, period. As in, there's no reason why you can't install that shiny new Apple TV 2 version of the media center software on your jailbroken iPad or iPhone 4 too. Find instructions at our more coverage link... then give the hackers and developers a cheer.
Nook Color processor revealed: ARM Cortex A8-based TI OMAP3621
Barnes & Noble provided most of the specs for the Nook Color when it launched the device on Tuesday, but notably absent was any word on the processor that powers the e-reader. Thankfully, Texas Instruments has now come out confirmed that the Nook Color uses its ARM Cortex A8-based, 45nm OMAP3621 processor (still no word on the speed). What's more, the processor is actually part of TI's eBook Development Platform, which the Nook Color also relies on. That's particularly interesting considering that the processor and platform support a few features that the Nook Color does not, not the least of which is 3G connectivity. Of course, that doesn't necessarily mean we'll see a future Nook Color that takes advantage of those features, but at least we know it's not too much of a stretch for Barnes & Noble to add them. Update: Texas Instruments pinged us to say the chip within the Nook Color hums along at 800MHz.
Ars: Apple A4 CPU is a "feature-stripped ARM Cortex A8"
While much of the speculation over the iPad's Apple A4 CPU has been focused on the fact that it was a system-on-a-chip (SoC) designed by the minds acquired from P.A. Semi, Ars Technica's Jon Stokes has another take on the story. In a Sunday post, Stokes (who claims to have an inside scoop) notes that the chip really isn't anything more than an ARM Cortex A8 that has been stripped of much of its I/O functionality. The ARM Cortex A8, running at 600 MHz, is the SoC that powers the iPhone 3GS. Stokes goes on to note that the "A4 is a 1GHz custom SoC with a single Cortex A8 core and a PowerVR SGX GPU." What Apple appears to have done is to improve both battery life and speed by eliminating any functionality that isn't specifically required by the iPad. Common Cortex A8-based SoCs often have more onboard functions than are really required by mobile phones so that manufacturers don't need to design a special chip. As the article states, the usual Cortex A8-based SoC has infrared, RS232 serial, USB, keypad controller, and camera blocks to handle multiple input and output devices. The iPad, of course, will only need one USB port and one serial UART, both wired to the 30-pin connector at the bottom of the device. By stripping the A4 to the essentials, the heart of the iPad expends no CPU cycles or power doing anything that is unnecessary to the function of the device. Stokes believes that the real power of the device comes from the software, not from the A4, and in his conclusion he compares the iPad to the Nintendo Wii - "... another product that relies for its success not on its processor, but on its novel interface and broadly accessible software. I'm sure that if the iPad can do for mobile computing what the Wii did for console gaming, Apple will consider it a resounding success." With less than a month to go until the first iPads begin to make it into the hands of users, it's likely that other revelations about the hardware used in the devices will begin to make their way to the online media. [via AppleInsider]
Apple's A4 chip: less is more?
Although early erroneous reports placed Apple's custom A4 chip at the leading edge of ARM-based design, things are slowly falling back to earth. First, we learned that the graphics subsystem was almost certainly the same PowerVR SGX component found in the iPhone, and now Ars Technica reports that the actual CPU is the familiar single-core Cortex A8 also found in Apple's handset. That makes the A4 seem an awful lot like an tightened-up, overclocked iPhone 3GS chip, which makes sense, seeing as it was actually in production in September of last year. So why the need for a custom part? The answer may well be efficiency and power savings: by cutting out extraneous Cortex A8 features and I/O that go unused in the iPad, Apple can further reduce the A4's size and energy draw -- which could be why Steve Jobs said the iPad's chips "use hardly any power." That might not make a huge difference when tied to a large LCD in a device like the iPad, but Ars speculates that this strategy combined with some of P.A. Semi's dynamic power optimization tech could result in a hyper-efficient chip for the iPhone somewhere down the line. That would certainly be interesting in the future -- but right now we've got the A4, and we can't wait until the end of the month to properly put this thing through its paces.
Zii Labs and ARM team up for SiVO home media devices
Remember CES last year, when Creative debuted the Zii and -- true to its marketing pitch -- everything you know changed? Looks like the company (in the form of its subsidiary, ZiiLabs) is teaming up with ARM this go 'round to further blow minds with its new SiVO Digital Home Platform. Harnessing the newly released Zii Labs ZMS-08 (not to mention ARM's 1GHz Cortex-A8 processor), the digital media hub boasts 1080p HDTV playback, 3D graphics, support for all your favorite media (including H.264, H.263, XVid and DivX, WMV9/VC1, MP3, WMA8 lossless, AAC-LC, and FLAC), web browser, Adobe Flash Player 10, and Adobe AIR. If you're an OEM, ODM, or just a huge fan of Stem Cell computing, you're in luck -- this bad boy is making its debut this week in LV. PR after the break.
Direct Insight debuts SODIMM-sized, ARM-based computer-on-a-module
Well, it may not exactly be the computer everyone's been pining for, but those that have dreamed of an ARM Cortex-A8-based computer on a SODIMM module now finally one to call their own. That comes in the form of Direct Insight's new TRITON-TX51, which outdoes the Nokia N900 with an 800MHz Cortex-A8 processor, along with Freescale's i.MX515 system-on-a-chip, 128MB DDR400 RAM, 128MB of NAND flash, and a touchscreen controller that can drive screens at resolutions up to 1,280 x 768. You'll also get some other things nice to have on a computer like a 10/100 ethernet controller and a USB 2.0 interface, and even a reasonably capable PowerVR graphics engine that can do OpenGL ES 2.0 and hardware 720p decoding for MPEG-4/H264 video. Look for this one to land sometime next month for €150 (or just over $220).
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.
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.
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
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.
