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Texas Instruments OMAP4440 ARM Cortex-A9 at 1.5Ghz, improves Web Page load times by 30% over OMAP4430
TI just unveiled their most advanced ARM Cortex-A9 processor yet in the 1.5Ghz Dual-Core ARM Cortex-A9 OMAP4440 processor and SoC platform. Performance improvements over their OMAP4430 includes:
– 1.25x increase in graphics performance
– 30% decrease in webpage load time
– 2x increase in 1080p video playback performance
– 50% increase in clock speeds, as fast as 1.5 GHz per ARM® Cortex™-A9 MPCore™
I’m hoping this means this processor is definitely fast enough for full 1080p h264 high profile at the highest bitrates in MKV containers. 30% faster web page loading times is important for Laptop, Desktop and Tablet form factors with large high resolution screens for this processor to be optimal choice for Chrome OS, Honeycombe Tablets and Google TV type devices.
TI’s Remi El-Ouazzane, vice president, OMAP platform business unit said following in their official press release:
We seized an opportunity to enhance the platform capabilities driving the OMAP4430 processor’s success today. As OMAP4430 processor-based products hit the market in first half 2011, we’re arming our customers with a huge performance boost via an easy migration to OMAP4440 processor for their next wave of exciting devices. The resulting user experiences will radically impact how consumers continue to integrate mobile technology into their daily lives.
OMAP4440 processor: Primed for upgraded mobile user experiences
The OMAP 4 platform is a highly-optimized system-on-chip (SOC) leveraging two ARM Cortex-A9 MPCore general-purpose processors, reaching speeds of 1.5 GHz per core, complemented by two ARM Cortex-M3 cores to power-efficiently offload time-critical and control tasks. High-performance multimedia capabilities are provided by programmable cores including a POWERVR™ 3D graphics engine, TI IVA 3 for high-definition/multi-standard video, TI image signal processor (ISP) for high-quality/high-megapixels imaging, TI low-power audio processor and TI digital signal processor (DSP) based on the TI C64x DSP for natural user interface and signal processing innovations optimized for mobile applications.
The OMAP 4 platform efficiently supports concurrent, high-performance processing and high-definition multimedia with dual, high-bandwidth memory channels. The platform is secured with TI M-Shield™ security, and delivers high performance within the small power budget of mobile devices by leveraging TI SmartReflex™ power and performance management technologies. As the second member of the OMAP 4 product family, the OMAP4440 processor’s upgraded features and benefits include:
Feature* | Benefit |
Two ARM® Cortex™-A9 MPCores™ optimized to 1.5 GHz each | 50% increase in overall performance; 33% reduction in webpage load time |
End-to-end graphics acceleration enhancement (triangles per second, fill rate and shaders) | 25% increase in overall graphics performance |
Support for HDMI v1.4 3D modes | Full 1080p HD S3D playback to 3D TV |
1080p60 video format support | 2x higher performance video playback |
Support for up to two 12-megapixel cameras in parallel | Higher stereoscopic resolution encode enabling stereo photography, which meets the same resolution previously experienced only with 2D photography |
IVA 3 multimedia hardware accelerator | Industry’s highest quality video playback at low bit rates |
Complete pin-to-pin hardware and software compatibility | Easy migration from the OMAP4430 processors |
*Comparative data is relative to the OMAP4430 processor’s performance
The OMAP4440 processor is uniquely positioned to support the widely anticipated mobile video teleconferencing experience. For example, successful mobile video teleconferencing requires a few key components directly addressed by the following OMAP4440 processor features:
Mobile video teleconferencing component | OMAP4440 processor-enabled feature |
High-quality mobile video conferencing | Improved video quality in low-light conditions; video stabilization |
Chat software (i.e., Skype or Google Talk) | Video codec support includes H.264, VP7, H.263, SVC, and more |
Peer-to-peer (1 local user with one other user) chat functionality | 1080p mobile video conferencing |
Multi-chat (1 local user with up to 4 other users) functionality | 720p resolution with stereo audio support |
Cloud access for simultaneous application support (e.g., browsing the web while chatting or document sharing) | Optimized symmetric multiprocessing architecture to deliver low latency and high bandwidth support |
Availability and pricing
The OMAP4440 applications processor will sample in first quarter 2011, with production expected by the second half of 2011. These products are intended for high-volume wireless OEMs and ODMs and are not available through distributors.
Related articles
- TI OMAP4440 processor debuts: 1.5GHz dualcore, 3D 1080p and more (slashgear.com)
- TI’s OMAP4440 processor brings two blazing Cortex-A9 cores to the table (engadget.com)
- Texas Instruments announces dual-core 1.5 GHz OMAP4 for second half of 2011 (androidandme.com)
- TI’s dual-core 1.5GHz OMAP 4440 promises 1080p 3D for phones (electronista.com)
Marissa Mayer and Dave Burke demonstrate Gingerbread at LeWeb 2010
Here’s some filming of Marissa Mayer’s Q&A with Michael Arrington and David Burke’s Nexus S Gingerbread demostration of Google Maps 5.0 Vector Graphics and 3D features at LeWeb 2010, you can watch the full official video here.
youfoot.com presented by Fabrice Lorenceau at LeWeb 2010
youfoot lets users organize alternative Football tournaments and ligues, lets users comment and annotate all football matches in real-time. Will eventually integrate live video and audio commentary features. This type of web app has the potential to replace FIFA and UEFA for the organization and communities of Soccer competition.
Julio Alonso, Founder and CEO of Weblogs SL at LeWeb 2010
A discussion about Spanish tech blogs and about the Wikileaks media panel at LeWeb 2010 conference in Paris.
How Danil Kozyatnikov of Siberia got invited at LeWeb 2010
Tells his story about how he got to be one of the 4 invited to LeWeb through a facebook and twitter contest. Also presents his http://looking4.vc scavanger hunt prototype. Find him also at http://aksilon.com
appoke.com presented by Stéphane Guérin at LeWeb 2010
Appoke is a startup that is showcased at the LeWeb 2010 conference in Paris.
mylifeshow.tv presented by Jerome Derozard at LeWeb 2010
LifeShow player app on Android and mylifeshow.tv is a startup that is showcased at the LeWeb 2010 conference in Paris.
checkmymetro.com presented by Benjamin Suchar at LeWeb 2010
CheckMyMetro is a startup that is showcased at the LeWeb 2010 conference in Paris.
Kodak PlayTouch video camera at LeWeb 2010
3″ capacitive HD pocket camcorder.
Windows Phone 7 Developer Ecosystem presented by Charlie Kindel at LeWeb 2010
Charlie Kindel is the General Manager of Microsoft’s Windows Phone 7 Developer Ecosystem. He tells us about some of the features of the Microsoft Windows Phone 7 platform. You can watch Charlie Kindel’s Q&A at LeWeb 2010 here.
Nokia Ovi Store at LeWeb 2010
Latest news about Nokia’s Ovi store. Does Nokia have any chance against Google Marketplace and Apple’s App Store?
Bertrand Piccard presents Solar Impulse at LeWeb 2010
After a worlds first successful solar powered overnight flight, Bertrand Piccard gives us an update on the project, on technology, on politics and on pioneering. You can watch his 26-minute keynote at LeWeb 2010 here.
Suli SL-7, 7″ Capacitive-Glass RK2818 $249 Android Tablet
Here’s an exclusive unveiling for an upcoming new Android tablet design made by Suli International Co., Ltd. It’s a nice combination of the new higher performance Rockchip RK2818 (ARM9 600mhz + 550mhz new high performance DSP) with Glass type 7″ Capacitive multi-touch touch screen. It supports 3G USB dongles on the USB host connector. Plays back mp4 and rmvb video at up to 1280×720 (bitrates/high profiles not yet confirmed). The Rockchip RK2818 improves web browsing from RK2808. At $249 this one is thus positionned $150 cheaper than the ARM11 Qualcomm MSM7227 3G-enabled Foxconn 7″ Tablet (also known among other brands as Viewpad 7).
(comparison graphics provided by Suli International)
Suli International also says they have a 8″ capacitive Android tablet coming in 2 weeks using either the Amlogic or the next generation ARM Cortex-A8 based Rockchip RK29 design!
Here are some pictures of the Suli SL-7 tablet:
ARM is 20 years old today
ARM was founded on November 27th 1990 in a converted barn outside Cambridge to exploit Acorn’s single greatest asset, the intellectual property bound up in its home-grown Acorn – now Advanced – Risc Machine processors. 20 Billion ARM processors have been shipped these past 20 years. 100 Billion are expected for the next 10 years.
The initial investment was $275 Thousand from VLSI and $1.5 Million from Apple.
ARM’s first task was to design a processor chip for the Apple Newton handheld, which for some reason commercially flopped. Could the reason have been its $800 price? Ironically, $800 is the same price consumers are paying for an unlocked iPhone today.
ARM’s first profitable year was 1993. The Company’s Silicon Valley and Tokyo offices were opened in 1994. The company now has offices and design centres across the world, including San Jose California, Austin Texas, Olympia Washington, Trondheim Norway, Sophia Antipolis Grenoble and Paris France, Grasbrunn Germany, Taipei Taiwan, Kfar Saba Israel, Seoul South Korea, Lund Sweden, Yokohama Japan, Shanghai Beijing and Shenzhen China, Bangalore India and Sentjernej Slovenia.
The founders of ARM consisted of 12 engineers led by Sir Robin Saxby who gave the company its global vision and the innovative licensing model under which it sold not physical silicon but designs for other companies to manufacture.
The introduction of the Nokia 6110 in 1998 was crucial to place ARM as the standard for powering mobile phones. Today, more than 5 billion people on this planet use mobile phones, 100% of which have an average of 2 and a half ARM Processors in them. (one as the main processor, one to control antennas and one for power management? etc). Smart phones have 4 or 5 ARM Processors inside them. (adding WiFi, touch screen controller?)
1998 was also the year ARM went public, it changed its name to ARM Holdings and freed itself of the differing agendas of its backers allowing it to present its products as a neutral platform for licensees who were competing among themselves. The years that followed and until now, demand for the ARM Architecture has exploded, and today chip providers ship more than 5 billion ARM Processors every year.
Now that ARM Cortex processors are proving themselves to be perfect for powering larger screens as in Tablets, it’s only a matter of time, maybe weeks or months until multi-core ARM processors break into the Laptop, Desktop and Server markets.
The ARM Cortex-A9 Powered Chrome OS “NexusBooks” that could run 40 hours on a battery using a Pixel Qi screen, that could be sold below $199 within weeks or months from now, that product is the single biggest threat to Intel.
To ARM from ARMdevices.net, Happy Birthday! May the next year bring your designs of Dual-core ARM Cortex-A9 with Mali-400, then Tri-Core and Quad-Core, then ARM Cortex-A15 and Mali-T604 with help from the amazing software from Silicon Valley’s Google, Apple, even Microsoft, create massive disruption of the old business models of the old PC/Desktop/Laptop/Server markets of the old Silicon Valley of Intel.
Read the excellent ARM birthday article which inspired most of this one over at: theinquirer.net
Here’s a photo of the 12 founders of ARM, from left to right, Harry Meekings, John Biggs, the actual CTO Mike Muller, Jamie Urquhart, Robin Saxby, David Seal, Larry Oldham, Lee Smith, the actual President Tudor Brown (yellow tie), Pete Harrod, Dave Howard and Andy Merrit, many came from Acorn Computers (check out BBC’s Micro Men (2009) an entertaining 84mn TV movie about the 1978-1980s Acorn vs Sinclair)
The technical reason TV Networks can block Google TV (for now..)
I don’t have Google TV yet, I’m waiting for ARM Powered version of it, and they haven’t yet released it world wide. But I like to speculate about how it works as I am sure Google TV will revolutionize TV, and the Trillion-dollar/year TV industry.
The probable technical reason TV networks are able to currently block Google TV from accessing their online web tv offerings is probably flash.
The Chrome browser in Google TV can be set to User Agent: Generic (by default though it is set as User Agent: Google TV), thus making it impossible for websites to detect that the user visiting the website is using a set-top-box or a computer/laptop/tablet or other device.
The probable only way for them to detect the set-top-box, can only be the flash plugin. As Adobe probably doesn’t want to irritate the TV networks, due to them all using Flash, they probably also don’t want to allow Google to switch over the flash player in Google TV to User Agent: Generic.
Google probably also prefers to try as hard as possible to make some deals with the content providers instead of forcing Adobe into setting up Flash to be undetectable. As Google wants all these content partners also to allow their content be distributed on YouTube.
In any ways, if Google and the TV Networks don’t reach an agreement soon, I am sure Google will eventually ask Adobe to provide Flash in a totally undetectable fashion. And if that happens, the TV networks will only be able to decide if they want to have any “legal” streaming of their shows online or none at all. And if they decide to remove online flash streaming, the most popular application on Google TV boxes will most likely then be BitTorrent.
Related articles
- Vizio and Toshiba reportedly to announce Google TV sets at CES [TNW Google] (thenextweb.com)
- Viacom Blocks Google TV Users (adweek.com)
- Viacom is the latest network to block Google TV (geek.com)
- How To Watch The Daily Show on Google TV (gigaom.com)
- How To Watch The Daily Show on Google TV (nytimes.com)
- Fox to Block Google TV: Now Every Major US TV Network Blocking Google TV (crenk.com)
- Viacom blocks Google TV, the madness continues (venturebeat.com)
- Comedy Central, MTV now blocking Google TV (news.cnet.com)
ARM enables better distribution of profits among supply chain participants
In a Q&A on Digitimes, ARM President Tudor Brown said following:
We all know Taiwan-based manufacturers are capable of commercializing products pretty well, and they have dominated the global production of PCs. However, they have failed to keep the related profits in their pockets.
Tablet PC’s open platform will allow profits to be distributed more evenly among supply chain participants, unlike the current model in which CPU and OS giants take most of the earnings. An Android tablet, for example, is a final product with all essential components including software development and integration.
Acer, Asus, MSI are Taiwanese PC brands that have been expanding their market share in the last 10 years, they did this to keep more of the profits to themselves instead of only manufacturing all the laptops and PCs for mostly US and some European brands. The thing is, even while removing the branding intermediary, by having to compete on costs, selling Intel and Microsoft powered products is not leaving the Acer, Asus, MSI a lot of profits to keep for themselves. Still today, in the Intel x86 industry, most of the profits go to Intel and Microsoft.
It is still too early to determine how the tablet PC market will perform in 2011, with no historical context or sense to examine. Personally, I believe the market for tablet computers will likely generate between US$30 billion and US$60 billion next year. There will be more than a dozen players dividing up the pie, not just one or two. [Intel and Microsoft]
Ergo, the whole interest around the ARM Powered devices such as the tablets, smart phones, laptops, e-readers, it’s not only a case in ARM technology providing better value, lower cost, lower power consumption, sufficient performance (for web browsing) in lesser amounts of components and more compact form factors. It is not just about the ARM ecosystems unique abilities to foster increased innovation by industry wide collaboration and differentiation. The main benefit of ARM’s business model, is that by collaborating on software such as the free Android/Chrome OS/Google TV software OS and on other common solutions, the supply chain participants can keep more of the profits to themselves all the while still lower the cost to the consumer.
Despite more contenders, ARM-designed processors are still expected to remain the dominant technology for tablet PCs for three contributing factors: ARM’s well-established network of silicon partners allowing downstream players to diversify their solution providers, our energy-saving features, and software support around the chip architecture. We work with an increasing number of software providers targeting applications for mobile devices.
You can read the complete Q&A at: digitimes.com
Related articles
- Acer to announce Android 2.2 tablet today in NYC? (tech.fortune.cnn.com)
- Acer likely to announce a 7 inch Android 2.2 tablet and 10 inch Windows 7 tablet today in New York (intomobile.com)
- Acer Leans On Old, New Partners in Tablet Push (blogs.wsj.com)
My Top-12 videos filmed at the ARM Techcon 2010
I had a lot of fun video-blogging 30 videos from the ARM Technology Conference in Santa Clara California from November 9th to November 11th. Because it can be a lot of work for you to navigate through all these videos, here is my list of top-12 videos that I filmed during this event. If you have other favorites, please post them in the comments.
1. Simon Segars, Executive VP and General Manager ARM Physical IP Division, interview with one of the board members of ARM, I try to ask some questions about how the company was founded and where the industry is going.
2. Marvell Armada XP Quad-core ARM Powered Servers, here’s an insight into how ARM Powered servers could power most of the cloud much more efficiently.
3. Gary Smith EDA on the future of Chip Design, an insight into software development, chip design, ARM, EDA and how the industry works.
4. ARM Mali-T604, the next generation GPU for ARM Powered devices, this is the big announcement from ARM during the conference. It’s the next generation GPU to go with the next-generation ARM Cortex-A15 processor, designs becoming available next year, and it takes at least a year or two for chip makers to implement those next-generation designs.
5. Linaro Graphics Group, an interview about how graphics acceleration is important in the open source Linux for ARM developments. I also interviewed George Grey the Linaro CEO.
6. John Bruggeman of Cadence on EDA360, some interesting talk about how the industry needs to collaborate on some points to better innovate on other points more efficiently.
7. Nufront ARM Cortex-A9 can run at 2Ghz for Desktop and Laptop usage, this Chinese chip maker is preparing upward 2Ghz ARM Cortex-A9 processor to power Desktops, Laptops, Thin Clients. They want the price to be below $200 to the end consumer, this is awesome.
8. PandaBoard, Texas Instruments ARM Cortex-A9, a first look at the next-generation Texas Instruments OMAP4 processor in the PandaBoard.org development kit. Will full speed web browsing be optimized using Neon acceleration and other hardware acceleration?
9. Nvidia Tegra2 ARM Cortex-A9 dual-core performance for web browsing, it’s interesting to see how the second core in ARM Cortex-A9 chips allow for faster web browsing in Android.
10. Samsung Orion ARM Cortex-A9 and Mali-400 shown for the first time, so far my most popular video from the conference. This chip will probably power the next generation Samsung Galaxy S/Tab devices, including also possibly Samsung’s Google TV and some of Samsung’s future laptop and netbook products. I also filmed some 3D games demonstrated running on this Orion processor.
11. ST Ericsson U8500 ARM Cortex-A9, they are also doing some interesting implementation of ARM Cortex-A9, presenting their demo with Meego developed in combination with the help from the Linaro project.
12. Freescale Kinetis Tower System now sampling, the Freescale Tower Systems look to be some fun development kits.
Backstage at Leo Laporte’s Twit Cottage
A few days ago, I visited Leo Laporte’s Twit Cottage to bring him some Archos tablets (featured thus far in This Week In Google 69 and MacBreak Weekly 221) and I filmed these few seconds back stage as they were finishing the recording of the quite funny This Week In Tech episode 274. This has got to be one of the most advanced, most successful and most famous live and on-demand video podcasting studios in the world at the moment. They are expanding the Twit Network and moving into even larger studios soon.
ARM Powered Google TV coming
I already guessed it (2, 3, 4), logically, Google is working with ARM to prepare the ARM Powered Google TV boxes to come probably around early next year, by the same time Google TV OS is open sourced. This will allow for cheaper Google TV, probably down towards the $99 price point, depending on some versions of Google TV excluding the HDMI input and IR Blasters features. Here are my guesses for what good value ARM Powered Google TV should be sold at early next year:
Google TV on ARM Cortex-A9, full 1080p playback support, including high bitrates, high profile, h264 in MKV and other containers.
Output only version: $99
Input/Output + IR version: $149
“We are talking to Google, but we have nothing to announce right now,” said Tudor Brown, president of ARM, at a technology conference in Taipei on Thursday.
Brown said ARM’s latest processors are less expensive and require less power than Intel’s Atom processor. “If Google TV is to be mainstream, it must be built on a lower power system, …on lower cost technology,” he said.
This way, all HDTV’s shipping with ARM Cortex-A9 will be able to include the full Google TV features for just the additional cost of $25 or a bit more for making each HDTV Smart as Marvell’s CEO Dr. Sehat Sutardja explained in his keynote from ARM Techcon.
Source: IDG News PC World
Found via: techmeme.com