Thursday, January 7th 2010
AMD Unveils World’s First DirectX 11 Compliant Mobile Graphics
AMD today introduced its lineup of next-generation DirectX 11-capable ATI Mobility Radeon Premium graphics, including ATI Mobility Radeon HD 5870 graphics, the highest performance graphics for notebooks in the world.1 The entire family of DirectX 11-capable graphics consists of ATI Mobility Radeon HD 5800, ATI Mobility Radeon HD 5700, ATI Mobility Radeon HD 5600 and ATI Mobility Radeon HD 5400 series graphics. This top-to-bottom family of Direct 11-capable notebook graphics introduces compelling new features including ATI Eyefinity multi-display technology, bringing powerful visual gaming and computing innovation to the notebook PC. Notebooks featuring the new graphics technology are previewed at the 2010 Consumer Electronics Show (CES) in the VISION Experience Center, located in the Grand Lobby (GL-8 and GL-10) of the Las Vegas Convention Center.
"Six months ago AMD claimed the title of undisputed technology leader in desktop graphics, and now we also offer powerful mobile graphics processors for notebooks to go with our market leadership in that segment," said Rick Bergman, senior vice president and general manager, Products Group, AMD. "Once again, AMD changes the game both in terms of performance and experience. AMD innovations now give notebook users full DirectX 11 support, eye-opening ATI Eyefinity technology, superb HD multimedia capabilities, and ATI Stream technology designed to help optimize Windows 7 notebook performance."
The next-generation family of DirectX 11-capable ATI Mobility Radeon HD 5000 series graphics represents a powerful upgrade for OEMs to existing and upcoming 2009 AMD Mainstream and 2nd Generation Ultrathin notebook platforms, as well as next-generation "Danube" mainstream and "Nile" ultrathin notebook platforms scheduled to launch in the first half of 2010. These graphics innovations are designed to let you:
Accelerate your mobile performance:
"ASUS has worked closely with AMD for years to ensure that we're collaborating to bring the newest and most compelling notebook technologies to our customers first, and with the DirectX 11-capable family of ATI Mobility Radeon HD 5000 series graphics and the ASUS G73 and new N series of notebooks, we're continuing that leadership," said P.C. Wang, Corporate Vice President & General Manager, Notebook Business Unit, System Business Group, ASUS.
"Today's consumers demand more of their notebooks, and to meet those changing needs, MSI continually strives to offer a wide variety of notebooks infused with leading technologies," said Sam Chern, Notebook Marketing Director, MSI. "Next-generation ATI Mobility Radeon Premium graphics are a perfect solution, introducing industry first features such as DirectX 11 gaming support that help us better address the full range of customers at affordable prices."
Notebooks with DirectX 11-capable ATI Mobility Radeon HD 5000 series graphics are scheduled to be available in the first half of 2010.
Detailed specifications can be found here.
"Six months ago AMD claimed the title of undisputed technology leader in desktop graphics, and now we also offer powerful mobile graphics processors for notebooks to go with our market leadership in that segment," said Rick Bergman, senior vice president and general manager, Products Group, AMD. "Once again, AMD changes the game both in terms of performance and experience. AMD innovations now give notebook users full DirectX 11 support, eye-opening ATI Eyefinity technology, superb HD multimedia capabilities, and ATI Stream technology designed to help optimize Windows 7 notebook performance."
Accelerate your mobile performance:
- The DirectX 11-capable ATI Mobility Radeon HD 5000 series graphics lineup is the first and only notebook graphics technology to support DirectCompute 11, allowing users to take full advantage of Windows 7, the first compute-capable operating system.
- Enjoy new features, functionality and improved performance in top media, entertainment and productivity applications made possible by ATI Stream technology.
- ATI Mobility Radeon HD 5400 series (and higher) graphics fully support both DirectX 11 and OpenCL, enabling broad application acceleration support today and tomorrow.
- ATI Eyefinity multi-display technology enables super high resolution panoramic computing for notebooks, allowing mobile users to seamlessly harness up to six monitors for improved gaming, productivity, and entertainment.
- Enjoy enhanced multimedia capabilities through Unified Video Decoder 2 technology, for upscaling beyond 1080p and dual 1080p decoding of Blu-ray video and HD streams.
- Benefit from state-of-the-art home theatre entertainment technologies including HDMI 1.3a Dolby TrueHD and DTS-HD Master Audio, and advanced display quality from HDMI 1.3a Deep Color & x.v.Color for a theater-class entertainment experience.
- Enjoy intense gaming performance, unrivalled visual quality, and an overall superior HD gaming experience on HD-capable monitors with DirectX 11 (as compared to DirectX 10.1).
- Realize the ultimate in game compatibility, as the DirectX 11 API was developed on AMD graphics hardware and all initial DirectX 11 games were developed or continue to be developed on AMD's DirectX 11-capable hardware.
- More than 20 DirectX 11 games are currently in development, with gamers already enjoying the incredible DirectX 11 experience offered by titles such as EA Phenomic's BattleForge, GSC Gameworld's S.T.A.L.K.E.R.: Call of Pripyat, and Codemasters' Colin McRae: DiRT 2.
- The next-generation DirectX 11-capable family of ATI Mobility Radeon HD 5000 series graphics is two generations ahead of DirectX 10.0 support found in competing mobile graphics solutions.
- Benefit from four times the performance-per-watt efficiency over the last two generations of ATI Mobility Radeon Premium graphics thanks to improved processor design and a new 40nm process
- Experience dramatically lower idle power, saving battery power when the graphics processor isn't needed
- Next-generation Vari-Bright technology used for optimizing notebook display brightness delivers up to 50 percent power savings over the previous generation's software based approach
- Platform independent graphics switching technology helps to save power while offering efficient switching options
- GDDR5 Advanced Memory Support delivers double the memory bandwidth over previous generation AMD discrete graphics
"ASUS has worked closely with AMD for years to ensure that we're collaborating to bring the newest and most compelling notebook technologies to our customers first, and with the DirectX 11-capable family of ATI Mobility Radeon HD 5000 series graphics and the ASUS G73 and new N series of notebooks, we're continuing that leadership," said P.C. Wang, Corporate Vice President & General Manager, Notebook Business Unit, System Business Group, ASUS.
"Today's consumers demand more of their notebooks, and to meet those changing needs, MSI continually strives to offer a wide variety of notebooks infused with leading technologies," said Sam Chern, Notebook Marketing Director, MSI. "Next-generation ATI Mobility Radeon Premium graphics are a perfect solution, introducing industry first features such as DirectX 11 gaming support that help us better address the full range of customers at affordable prices."
Notebooks with DirectX 11-capable ATI Mobility Radeon HD 5000 series graphics are scheduled to be available in the first half of 2010.
Detailed specifications can be found here.
58 Comments on AMD Unveils World’s First DirectX 11 Compliant Mobile Graphics
AMD did to Mobility HD 5000 what NVIDIA did to GeForce M GTX 200 series.
Radeon 5870 desktop:
* 1600 Stream Processing Units
* 80 Texture Units
* 128 Z/Stencil ROP Units
* 32 Color ROP Units
5870 Mobility:
* 800 Stream Processing Units
* 40 Texture Units
* 64 Z/Stencil ROP Units
* 16 Color ROP Units
Oh dear god... they cut it in half! shame!
* 40 Texture Units
* 64 Z/Stencil ROP Units
* 16 Color ROP Units
it *is* a 5770 :S
PCI-E 2.1?
i wasn't aware of the 5770 specification :)
Notebook cooling is nowhere near efficient as desktops are. But a 5770 for a notebook, that sounds pretty sweet to me.
Raedon Mobility HD 5870;
Speeds & Feeds
Engine clock speed: 700 MHz
Processing power (single precision): 1.12 TeraFLOPS
Polygon throughput: 700M polygons/sec
Data fetch rate (32-bit): 112 billion fetches/sec
Texel fill rate (bilinear filtered): 28 Gigatexels/sec
Pixel fill rate: 11.2 Gigapixels/sec
Anti-aliased pixel fill rate: 44.8 Gigasamples/sec
Memory clock speed: 1.0 GHz
Memory data rate: 4.0 Gbps
Memory bandwidth: 64 GB/sec
TDP: 50 Watts
That on a laptop, my desktop is crying.
That would melt laptop to a pile of goo.
www.amd.com/us/products/desktop/graphics/ati-radeon-hd-4000/hd-4870/Pages/ati-radeon-hd-4870-specifications.aspx
www.amd.com/us/products/notebook/graphics/ati-mobility-hd-4000/hd-4850-4870/Pages/hd-4850-4870-specs.aspx
No.
4870 Crossfire!
Not same specs as desktop(lower clock)
But the point is:
Nvidia started doing rebrand (Lets for god sake it doesnt get worse than this with ati)
They are actually using 5770 in laptops and not 4870.
GTX260M = 9800GT for those who still doesnt know.
Anyways, dont like this, but i think nvidia kinda pushed it on them.
Still easy for us who know it, since every model is one 5X70 (X) under the desktop counterpart.
but still not right...
Same card @ lower clocks was expected and accepted in laptop cards, at least.
Calling two cards the same name, when one is literally half the other is completely wrong. (Nvidia does worse, but this is still unacceptable)
Id trade my HD4570 for a crippled HD5870 any day :nutkick:
You would have to run a box fan or a blow drier fan underneath just to expel the heat and that would make your balls sweat more.
The last time a Desktop and laptop video card matched as of Specs other than clock speed was the Radeon 9800 and M18 (MR9800) from 2002-2004. The M18 was found in the Dell Inspiron 9100/XPS Gen 1, which in fact was a Desktop Replacement/Hefty Laptop (Matched the weight of a Toughbook without the ruggedization). I found out the M18 was based on a newer process than the Desktop Part which was actually the AGP Radeon x800 series (R420). At that time it was possible to do that with video cards being released at a pace that was somewhat slow. Also the only way to obtain maximum performance is to have the devices hooked up to a power source other than a battery.
Since I knew about the M18 being based upon the R420 I attempted a Mod Bios flash to see if I could open more pixel pipelines- which to amazement it failed resulting in replacing the video card (500 USD at the time- OUCH!).
Ati is the way to go, at least now I know.
pittyful really. but i agree - they give it the name of a top class performing card only to water it down by quite a bit.
lackluster. Im sure it will run games decent enough though but its not the ultimate performance one would think if he just just looking at it from a retailers website
Only way I can see a 5800 or even 5900 series part being stuffed into a Laptop with nothing other than clock speeds adjusted is the use of the next Process (32nm) or the parts being used in a Dell Inspiron XPS Gen 1 Chassis which had 3 fans and several heatpipe sinks.
I'm going to look at processors for an example, the Pentium 4M, it used more power than the P3 at the time, well Intel needed a mobility solution bad, so they looked at their buddies in the sandbox, which turned out the Core series- which provided better performance at lower power than the Pentium 4M ever did. Which then later on the Core became Core 2 due to the Core's success.
-end command-