Posts tagged with Vision
Test Driving AMD’s 2nd Generation Ultrathin Notebook Platform
Posted by Patrick Moorhead in 10:47 PM
(22 votes, average: 4.14 out of 5)
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Back in April of this year, HP introduced the world’s first value ultrathin notebook, the HP Pavilion dv2. It was chock full of AMD technologies like the new AMD AthlonTM Neo processor and even had an ATI RadeonTM discrete graphics card, all in a slim and affordable package. The press noticed. Could it get better? Let me give you my first impressions on the AMD 2nd generation ultrathin platform, introduced today along with our new “Vision Technology from AMD” campaign designed to de-mystify the PC buying experience. This time, I got to test out an MSI X-Series notebook and it impressed.
Notebook based on AMD’s Second Generation Ultrathin Platform
It’s real easy to describe the 2nd generation ultrathin design: Take the 1st generation, give it a second CPU core and take nearly the performance of the first generation’s discrete card, shrink it and place it into the chipset decreasing energy consumption. Oh yeah, and add sprinkles of VISION Technology. Easy, right? Don’t tell the engineers I said that.
Specs for MSI notebook based on AMD’s 2nd Generation Ultrathin Platform
- CPU: AMD Athlon Neo X2 Dual Core Processor L335 at 1.6 GHz.
- GPU: ATI Radeon HD 3200 Graphics
- Display: 12″ at 1366×768 resolution with HDMI for 1080P bliss and VGA port out
- RAM/HDD/Optical: 2GB (dual channel)/160GB/None
- Memory Slot: SD/SDHC/MMC
- Networking: Bluetooth, Gig-E, and BGN wireless
- 3 USB ports
- 1.3 MP Webcam
Size Matters
The best way to do a size comparison is to compare it to something someone may be familiar with. Below are comparisons to a BlackBerry Bold and an MSI U100 Netbook.
MSI notebook based on AMD’s 2nd Generation Ultrathin platform next to a BlackBerry Bold
MSI U100 Netbook next to MSI notebook based on AMD’s 2nd Generation Ultrathin platform
MSI U100 Netbook on top of an MSI notebook based on AMD’s 2nd Generation Ultrathin platform
HD Video Playback-Bring It On
The MSI ripped through HD video off of the web from YouTube HD as well as Hulu HD (to my surprise). I also played HD files from my Sony Webbie (1080P/30FPS) and Kodak ZI6 (720P/60FPS) inexpensive HD palmcorders and it didn’t even break a sweat. I plugged an external Blu-Ray drive and two movies with Cyberlink 8, “I Am Legend” and “Speed Racer”, and I never saw CPU utilization go above 25%. Add this to the ability to project externally at 1080P video to my HDTV along with high-fidelity audio over the HDMI port and cable and I was real happy.
Games- Not Sweating the Small Stuff
Like the AMD 1st generation ultrathin platform, the 2nd generation ultrathin platform can (of course) play mainstream games well like the Sims and Spore, but even the more hard-core games (albeit at low settings) like Left 4 Dead. I must caveat by saying that if you consider yourself a gamer, go for a system that has a higher end GPU like the higher end ATI Radeon HD 3000 or HD 4000 series. But if you play games but don’t consider yourself a gamer, no need to worry, you get a real ATI-branded graphics capability, not a generic brand in many systems.
Web Browsing- Flash Eater
I already described how this MSI notebook tore through YouTube HD and Hulu HD so why bring up anything else? Well, it’s called Flash and it’s the basis for a ton of web sites and it chews up inordinate amounts of power. Try this test- open up task manager to see how much CPU is being used then go to americanidol.com and then disney.com. If you have one of those underpowered machines, you know what happens. If you have a notebook based on the 2nd generation ultrathin platform, you get a good experience where the CPU isn’t pegging at 100%.
Conclusion
The 2nd generation ultrathin platform turned out exactly as I would have hoped: lighter, cooler, and more powerful to enable consumers to have an even better experience than they did with the first generation. No-compromise computing in a thin package at a good value. As “Active” and “Resting” battery life benchies go, the lab is working on those and I will update my blog when I get them. Until then, let me know if you have any questions.
Pat Moorhead is Vice President of Advanced Marketing at AMD. His postings are his own opinions and may not represent AMD’s positions, strategies or opinions. Links to third party sites are provided for convenience and unless explicitly stated, AMD is not responsible for the contents of such linked sites and no endorsement is implied.
Codename Tigris, Surprises Found Test Driving the New AMD Mainstream Notebook Platform
Posted by Patrick Moorhead in 10:45 PM
Ultrathin laptops have been the talk of the press for about 6 months now, but the reality is that many laptops that will ship in 2009 will likely have 14″ or larger displays and not be ultrathin. Why? Many consumers prefer the full-featured nature of those notebooks with their larger displays, integrated optical drives, larger keyboards, expandability and for the most part, the ability to crank more quickly through software. That’s where AMD’s newest full-featured platform comes in with all its entertainment goodies with VISION. I got the chance to take a drive in a new MSI C-Series notebook based on the 2009 AMD Mainstream Notebook Platform (codename “Tigris”), and it had a few tricks in store I MUST share.
Tigris-based MSI Notebook Specs
- CPU: AMD TurionTM II X2 Dual Core Mobile Processor M640 at 2.6 Ghz.
- GPU: ATI RadeonTM HD 4200 Graphics
- Display: 16″ 16:9 at 1366×768 resolution
- Video out: HDMI and VGA port
- Keyboard: Full-size with full number pad
- RAM/HDD/Optical: 4GB/300GB/DVD-RW
- Memory Slot: SD/MMC/MS/MS Pro
- Networking: Bluetooth, Gig-E, and B/G/N wireless
- 1 E-SATA port/USB combo port
- 2 USB ports (3 if you count combo)
- ExpressCard 34 slot
- Webcam (1.3 MP) and microphone
Video Encoding- A Giant Leap
The most amazing and new feature of this Tigris-based notebook for me was the GPU-assisted video transcoding. Quite simply, video transcoding is changing the format of a video to be played on another device. One example is taking a family video on an HD camera and encoding it to play on an iPod or iPhone.
Of the 15 videos I tested, when I was using the GPU, I got nearly twice the performance or the time was nearly cut in HALF! Your mileage will vary with video type of course and I have seen published numbers of even higher scores converting to a PSP. You can see a video of this in action here.
This is accomplished through the graphics card’s ATI Stream Technology and using the ATI Stream-enabled Cyberlink Espresso software application.
Video Playback- Reality is King
The “Tigris” platform has taken the video playback capabilities of its predecessor and placed it on steroids. Not only do you get the HD video offload capabilities, which means lower CPU utilization and heat, but now the visual quality is greatly enhanced. The features are described in super-geek terms like “dynamic contrast”, “flesh tone enhancement”, “HD color vibrance”, but it basically means that whites are brighter, blacks are richer, skin tones look more realistic, and the colors look better. I noticed the differences when I connected the Tigris-based MSI notebook to my 1080P flat screen TV.
A couple of other cool video features that I thought were useful were video upscaling and Blu-ray PIP acceleration. Video upscaling takes lower resolution videos like 400×240 and converts them to look better when shown on a larger screen (e.g. 1920×1080). Here is a nice example here. Blu-ray PIP acceleration allows you to watch a Blu-ray enabled movie (with PIP) with much lower CPU utilization, which results in less heat and noise.
AMD’s Ian McNaughton has done a fine job in his blog drilling down on key video features.
Games- Plow through Mainstream
Like video, the “Tigris” platform has taken the gaming capabilities of its predecessor to the next level. While we would recommend to those who would consider themselves “gamers” a full discrete card, the ATI Radeon HD 4200 graphics didn’t disappoint. In fact it impressed me more than I thought it would.
I started off with a simple 3DMark 06 test and was surprised at the 1,800 base score I achieved, particularly with last year’s 2008 AMD Mainstream Notebook Platform (codename “Puma”) coming in at around 1,500. Why? The ATI Radeon HD 4200graphics are based on the RV620 core, a step ahead of the ATI Radeon HD 3200 graphics based on the RV610 core.
Forget benchies a second, I wanted to try out a few games that a user would probably play on this system. So I was forced 
to try some mainstream games: Harry Potter and the Half Blood Prince, Sim City Societies, Ghostbusters, Sims 3, and X-Men Origins Wolverine. I had a good experience on all of them with decent frame rates and resolutions. For fun I loaded Left 4 Dead, Call of Duty World at War, and Tom Clancy’s Hawx. Sure, take down the res and some of the eye candy; just the fact that they were playable on integrated graphics is a feat in itself.
One final feature I must point out is the “Tigris” platform’s support of Direct X 10.1 from Microsoft, currently the latest graphics technology available until DirectX 11 arrives sometime next month. It allows either better looking games or better performance. While I didn’t personally run these FPS scores the lab did, and on higher end games with some eye candy on the ATI Radeon HD 4200 drove HAWX at 1024×768 at 25FPS, Battleforge at 1280×1024 at 24FPS, and Stalker: Clear Sky at 30 FPS, while the competition either crashed or had worse than a third the performance and experience.
Why would any consumer buy a system with generic or dated graphics? Beats me.
Thin Is In: Tigris-based MSI Notebook next to the MSI notebook based on AMD’s Second Generation Ultrathin Platform
Conclusion
For that full-sized, full-featured mobile experience, I was impressed with the MSI system based on the “Tigris” platform. Like I said above, the video encoding quantum leap was amazing and just shows how powerful the combination of the GPU and CPU working together can be. Increasing the stakes on the video playback side was a treat and fun to try out and see all those features. Finally, with support for Direct X 10.1 technology from Microsoft and the ability to play real games and of course mainstream games, the system should keep all the mainstreamers happy and surprise even some gamers. Now that’s VISION. Let me know if you have any questions or comments.
Pat Moorhead is Vice President of Advanced Marketing at AMD. His postings are his own opinions and may not represent AMD’s positions, strategies or opinions. Links to third party sites are provided for convenience and unless explicitly stated, AMD is not responsible for the contents of such linked sites and no endorsement is implied.