Category: Chip provider

Hott MD980 7″ Android Tablet

Posted by – January 27, 2011

This type of ARM9 Rockchip RK2818 based 7″ capacitive tablet presented by Hott can now be manufactured for below $140, possibly sold around or below $199 at US retail stores. It supports USB host, 3G USB dongle or a built-in 3G modem can be included for about $50 more.

Geniatech Android TV Set-Top-Box

Posted by – January 27, 2011

Shenzhen Geniatech Co. Ltd presents some interesting Android Powered Set-top-boxes. These could be sold for around $100 like the Apple TV or Roku box, but they just run the full Android OS including support for lots of video codecs. While Android is not yet really optimized for use on a TV with a remote control, this type of device will support the Google TV software (in this case, without HDMI pass-through overlay features) pretty soon once Google releases that software source code. As you can see on androidauthority.com, it has an AmLogic ARM Cortex-A9 800Mhz processor. Same ARM cortex-A9 platform as used by InnoDigital for their next generation WebTube product.

Android Bicycle, In-flight Entertainment and 32″ Touch screen

Posted by – January 27, 2011

Touch Revolution makes projected capacitive touch screens, and demonstrates here at CES 2011 some of their large capacitive touch screens integrated in demonstration prototypes for training bicycle, in-flight entertainment and just some very large 32″ multi-touching fun showcase.

Tegra Product Roadmap leaked

Posted by – January 24, 2011
Category: Nvidia

This may be the Tegra roadmap that has been leaked on brightsideofnews.com:

Tegra2 T20, AP20H, 1Ghz Dual-core, 4600MIPS, 1080p@30fps (limited) in current Tegra2 Tablets and Phones like the Motorola Atrix 4G and LG Optimus 2X.

Tegra2 3D, T25, AP25, 1.2Ghz Dual-core, 5520MIPS, which may possibly mean 1080p@60fps (full) support, or 1080p@30fps in 3D on HDMI output, it might mean 1080p@30fps (full) with 720p@30fps in 3D on HDMI, to be produced Q1 this year, which may mean it takes another few months for products to ship on the market with this.

Tegra3, T30, AP30, 1.5Ghz Quad-core, 13800MIPS, sampling Q4 this year, 3x faster graphics, ULPC CPU Mode (what does that mean?)

What kind of performance do you expect from Nvidia’s next generation processors and how soon do you think they will be in devices that consumers can buy? Post in the comments if you have any informations or guesses for what its performance may be.

Impressive multi-tasking on RIM’s Blackberry Playbook

Posted by – January 24, 2011

The RIM Blackberry Playbook is using the Texas Instruments OMAP4430 Dual-core 1Ghz ARM Cortex-A9, with 1080p@30fps video playback, powerful graphics. The QNX embedded OS on it shows impressive UI and multi-tasking, as you can see in my video of the RIM Blackberry Playbook filmed at CES, it has been chosen as Best of CES by several influential bloggers and podcasters such as Leo Laporte of Twit.tv showing off the Playbook on the Regis and Kelly show.

Here’s an interview by ARMflix with Brian Carlson of Texas Instruments talking about this device:

This video was published at: blogs.arm.com

LG Optimus V Android phone at $150 on Virgin Mobile USA pre-paid (no contract)

Posted by – January 24, 2011

Here’s a 3.2″ 480×320 resolution capacitive touch screen. Has an ARM11 600Mhz Qualcomm MSM7627 processor with Adreno 200 graphics acceleration (also called AMD z430) it has smooth Android 2.2 support. The really cool thing is you will be able to buy this in ever super market, CVS Pharmacy, Wallgreeens, for $150 with no contracts required, it uses the pre-paid Virgin Mobile network. And the same phone is also available as “LG Optimus M” on MetroPCS (seems to be $229 on there no contract required) and it’s also on Sprint and T-Mobile, but I don’t know if those networks offer pre-paid plans with no contracts required.

Source: androidcentral.com

As more and more Android phones reach sub-$150 pricing on pre-paid plans, this is becoming a big deal, especially when those get to approach or overtake the 3.5″ capacitive form factor, most consumers might think the experience with Android on those is just as good as any iPhone or other expensive Android phone on 2-year $2400 contracts, this is a big deal, look forward to more on cheap Android phones leading up to my Mobile World Congress coverage.

This video was published at mobiletechreview.com

Motorola Xoom to cost $800

Posted by – January 22, 2011
Category: Tablets, Nvidia, Android

Logically, this kind of pricing is probably not with a 2-year contract, instead with one of those pay-as-you-go 3G, possibly $40 per month or some kind of price per-day pricing, on Verizon’s 3G and later, somehow, upgradeable to 4G connectivity.

Found via: engadget.com
Source: androidcentral.com

Hexus.net: (speculation) Tegra3 might launch at Mobile World Congress

Posted by – January 22, 2011
Category: Nvidia, MWC

So what is it? Is it going to be 28nm Quad-core 2Ghz with Nvidia’s Geforce 9 series GPU?

We can only speculate for now. And Hexus.net and soltesza.wordpress.com are doing some speculation on this.

Hexus.net speculates that Tegra3 might launch during Mobile World Congress, that is to be seen. As the event likely is going to be a launch platform for plenty Tegra2 devices, Nvidia might not want to pre-announce Tegra3 too early, as it could maybe be argued it did announce Tegra2 a bit early at CES 2010 compared to when devices are actually shipping nearly a year later using the processor.

One thing to look for in Tegra3 may be faster memory bandwidth, faster memory I/O performance, DDR3 RAM (if that’s not supported in Tegra2?) all of those for smoother multi-tab web browsing performance. As far as I’ve tested using Firefox on Motorola Atrix 4G and Toshiba AC-100 that multi-tab web browsing can cause slow-downs. Tegra3 could use full 1080p@60fps full codecs full bitrates playback (Tegra2 seems to have problems even with smoothness at 1080p@30fps).

This video was posted by netbooknews.com

ARM and IBM develop 32nm -> 28nm -> 22nm -> 20nm -> 14nm and smaller processors

Posted by – January 21, 2011

ARM and IBM have been collaborating for 3 years on designing smaller and smaller processors for the industry, improving SoC density, routability, manufacturability, power consumption and performance. Just a year ago, the standard was about 65nm for most ARM Cortex-A8 processors in devices on the market such as the Nexus One. About 6 months ago, 45nm ARM Cortex-A8 processors appeared on the market such as in the ipad/iphone4, galaxy tab/s, droid x/pro. Recent devices with Nvidia Tegra2 are 40nm. The next step for ARM Cortex-A9 dual-core and quad-core processors to appear on the market this year are in designs of 32nm (50% shrink off 45nm node) and 28nm (50% shrink off 40nm node). What’s next? They are working on 22nm and 20nm designs for 2012 and have been announcing since ARM Techcon last November that they have 14nm designs for as soon as 2014 that are under work with IBM.

You have to consider, it’s not possible to make them smaller than 0nm, there are no minus nanometers. Their achievements in shrinking processor designs are insane. The investments are huge. They have to invest billions of dollars in fundamental research of materials and processes, they have to invent new mathematical tricks. Some of these technologies take 10 years from the lab research to something that can be mass manufactured. To make it feasible, the ARM industry has to collaborate (2).

The reason for wanting smaller process size is to consume less power, to increase performance and to potentially lower cost of devices at the same time (factoring out the increasing cost of R&D for smaller designs through very huge scale).

Watch my video of IBM’s Vice President of Semiconductor Research and Development, Dr. Gary Patton, keynoting on how they are getting to 14nm ARM Processor designs and smaller:

Press release at ibm.com

The $35 Indian Sakshat Tablet project based on my video, how to make it work

Posted by – January 21, 2011

On June 26th 2010 I published this video which unveiled the Indian $35 Tablet project’s Bill Of Material for the first time:

India’s Minister of HRD, Shri Kapil Sibal, or one of his colleagues, watched my video.

On July 22nd 2010, the Government of India’s Ministry of Human Resources Development announces the $35 Tablet, announces they plan to have a Chinese manufacturer deliver a few million of these in India for education.

I would like to be serious a bit, as there are literally billions of children on this planet who are waiting for tools for a better education, they are growing old with a missed opportunity to learn. I don’t have anything against Governments watching my video-blog to find out what are the best ARM Powered devices on the market, but I would like to suggest a few more things they can do if they would like the project to be successful all the way:

1. Don’t work against OLPC, announce you want to join their efforts. Doesn’t mean you use OLPC’s Marvell 610 platform, just means you share all knowledge and collaborate towards a same goal. You are supportive of each others goals, this is not a competition, this should be a collaboration.

2. Turning a tablet into a successful educational tool is not a piece of cake. It’s probably not enough to just take whatever cheapest materials and deliver it like that.

3. Denounce Intel’s blatant corruption attempt, 4 days after the announcement of the $35 ARM Powered Android Tablet project, Intel India is quick to suggest the Government should rather (basically give up on the ARM Powered Tablet) and just use the “Donation of 1500 Intel powered tablets” for pilot project (to last a couple years or so preferably, enough time to delay all other real mass low cost deployment attempts), same thing Intel did all over the world to block OLPC from reaching developing countries. Intel has subsidiaries all over the world, they may not be instructed centrally by Paul Otellini for all it does all over the world, but they seize any opportunity at preventing other potentially disruptive technologies from catching on. I mean seriously, what could Intel seriously want to do helping a project to make a $35 ARM Powered tablet for education running Android? Intel can afford to buy India a couple million of these ARM Powered tablets to help get things started, but is that anything near what they had as intention?

4. If you are a Governmental Non-profit project, you setup a Website, open source the code, informations about potential suppliers (real-time information about manufacturing requirements). Tell me in the comments if India’s HRD has been open about this project, I haven’t seen it. If they chose to make their project secret, it would have a harder time to get implemented. Be open about the full Bill of Material. If you listen to my video, you can hear the AllGo Systems representative list these Bill of Materials:

ARM9 Processor: $5 (Freescale i.MX233)
Memory: $3
WiFi B/G: $4
Other discrete components: $3
Battery: $5
7″ 800×480 resistive touch screen: $15
Total bill of material: $35

If this is it, then clearly publicly say this is it. Let people know what alternatives there may be, let the community discuss what alternatives could be used.

For example, I am pretty sure an educational tablet cannot be made without a 7″ Pixel Qi screen. For one it’s the only way to hope it has low enough power consumption to last long enough for children in India who don’t have a lot of power, perhaps no power at all (let it be powered by Bicycles, hand crank, sub-$5 A4 sized solar panels..). A reflective screen is the only way the tablet can be used for reading ebooks, the only way it can be used outdoors during the day in places where a child might not even have a roof on the school or no school at all.

5. The Bill of Material should be calculated openly with the prospect of using that budget that you have for it. Meaning if you can produce 1 million units, that obviously affects the price of each Pixel Qi 7″ screens, perhaps making it as cheap as a normal LCD screen.

6. Be open with how you plan to finance the project. This whole deal with the Chinese manufacturer not wanting to pay HRD $13 Million just sounds weird. Why should the manufacturer pay India and not the other way? Usually, as far as I know, a manufacturer would be paid on shipping of completed product, and India’s engineers can work at the factory to monitor yield, quality and batches before mass production is started and while they are being mass manufactured.

7. Be open about how it is designed. The reports (2) on this tablet being a copy of some Chinese design may be true for the casing, but that does not mean that the cheap Freescale i.MX233 ARM9 based SoC on Motherboard, electronics, Android software porting to that specific ARM9 processor (perhaps one of the cheapest ARM SoC in the world), all that does not mean AllGo Systems didn’t actually do this original work. I believe they have. The fact is the Chinese market, Chinese manufacturers have so-called Open and Free designs for those cases that can be used for cheap ARM Powered Tablets, cheap ARM Powered laptops, cheap ARM Powered e-readers. But that does NOT mean that what is inside is always a “clone” of some other design. OEM’s might have turn key solutions, all ready made designs that they produce and deliver low cost, but they also produce the designs of foreign companies.

Samsung Galaxy S2 and Tab2 may use Samsung Orion ARM Cortex-A9

Posted by – January 20, 2011

A rumor coming from nocutnews.co.kr is that Samsung may have its Dual-Core Samsung Orion ARM Cortex-A9 processor ready to put in their upcoming Galaxy S2 (and likely also Samsung Galaxy Tab2) to be presented February 13th at Mobile World Congress.

Found via: slashgear.com

Other possible specs:
– Android 2.3
– 4.3-inch 800 x 480 Super AMOLED Plus touchscreen
– 1GB RAM
– 9mm thin
– 1080p camcorder
– Mali-400 means 1080p 60fps support, or 1080p 3D playback through HDMI output

Watch my video of the Samsung Orion processor. When I spoke with the Samsung representatives before shooting this video, they hinted that it could be ready earlier than June, thus a February unveiling and demo with mass production a bit later is a possibility.

Liquavista acquired by Samsung

Posted by – January 20, 2011

Does that mean Samsung will not manufacture Pixel Qi LCD screens and feel they need something to compete with those who will?

Watch my video of prototype Liquavista screens filmed outdoors:

$100 Bonux HZ20A Android Set-top-box

Posted by – January 18, 2011

This Android Set-top-box uses the Ziilab ARM Cortex-A8 processor platform with 1080p video playback.

Yifang M10, 10.1″ Capacitive Android Tablet

Posted by – January 18, 2011

This one runs a Samsung Hummingbird Cortex-A8 1GHz processor, with 1080p support, HDMI output, 3G option and more.

Yifang M1002, 9.7″ Capacitive Android Tablet

Posted by – January 18, 2011

This one runs Rockchip RK2918 ARM Cortex-A8 at 1Ghz, 1080p video support, Android 2.2/2.3, HDMI output, USB host and more.

Yifang M9C, 8.4″ Capacitive Android Tablet

Posted by – January 18, 2011

They show an 8.4″ capacitive (M9C) and resistive (M901) Android tablet (resistive is about $30-$40 cheaper) running the Rockchip RK2818 ARM9 processor.

Marvell Mobilize

Posted by – January 18, 2011

Uses a 10.1″ resistive screen, can be manufactured for below $199 using the Marvell 166 processor. Marvell is working on user interface layers on top of Android suitable for Tablets to be used in education leading the way towards the OLPC XO-3 Tablet to be based on the faster Armada 610 processor.

ZTE Light, 7″ Android Tablet

Posted by – January 18, 2011

ZTE has this 7″ resistive Qualcomm MSM7227 ARM11 Android Tablet on the market, with built-in 3G connectivity.

Neostra Onda Android Tablets

Posted by – January 18, 2011

They use Rockchip ARM9 and Telechips ARM11 in these approximately $100 bulk priced 7″and 8″ Android Tablets.

Motorola Cliq 2

Posted by – January 18, 2011

New phone with a slide-out keyboard designed for fast thumb typing.