Radeon HD 6950 Toxic Graphics Card Announced
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Hybrid Bikes Reviews Outboard Motors Prices Gun Safe For Sale
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For the seasoned Linux users, the Sony VAIO Z series has seen 3 updates in the last 3 years, the sony-vaioz-09, sony-vaioz-10, and now the sony-vaioz-11, sporting a docking station with a discrete AMD graphics card:
Sony’s New VAIO Z Series Is Available Now, Lightest 13-inch High Performance Notebook
Sony’s much anticipated VAIO Z Series ultraportable notebooks have arrived. This new VAIO Z Series is touted as the “world’s lightest 13-inch standard voltage PC” and features an ultra slim design that’s thinner and lighter than the MacBook Air while packing in high performance specs with Intel’s latest Sandy Bridge Core i5 and i7 processors. The new VAIO Z Series notebook is designed to work in tandem with a Power Media Dock that delivers the power of an AMD Radeon HD 6650M graphics card with 1GB VRAM, a slot loading optical drive, one USB 3.0 port, two USB 2.0 ports, HDMI, and VGA ports. Thanks to this pairing, the new Z Series is now a half pound lighter than its predecessor and weighs only 2.5 pounds. The sleek chassis measures just 0.66-inch thin and is made of a combination of aluminum and carbon fiber. It is designed to be fully flat without any protruding ports or unnecessary seams. Battery life is rated for up to 8 hours and can be boosted to 16 hours with the purchase of an optional large-capacity sheet battery that attaches flush on the bottom. The notebook is equipped with the latest Intel Sandy Bridge Core i5 and i7 processors that can be turbo boosted to 3.4GHz and has dual-channel SSD drives with RAID tehcnology. It also sports Intel’s Light Peak port, also known on Apple products as the Thunderbolt port, that promises up to 10Gbps of blazing fast bi-directional data transfer speeds. Other things to note include the notebook’s 16:9 aspect ratio display that’s available in either 1920×1080 or 1600×900 resolution levels with anti-glare coating. The notebook comes in three colors carbon black, carbon indigo, and premium carbon black. It is available now for pre-orders at Sony’s website and retails starting at around $2000.
Well-known Taiwanese reviewers at XtremeSystems have tested our Gigabyte A75M-UD2H motherboard and the AMD Llano A8-3800 APU. As well as looking at the A75M-UD2H board itself and its packaging, they also looked at how the A8-3800 APU and the A75M-UD2H teamed up in terms of basic performance and overclocking tests.
Interestingly, they also took the time to compare the new Llano A8-3850 APU with previous generation AMD architectures. They took AMD Athlon II X4 645 and Phenom II X4 970BE CPUs (both clocked at the same 2.9GHz), pairing them both with an AMD 6450 HD discrete card.
In terms of the actual CPU performance parts, the Llano APU just about wins in all the test against the Athlon II, but the gap is not too much, winning by a maximum 20% in CPUmark99. The Phenom II fairs marginally better, beating the Llano in some CPU tests. In terms of display performance however, the integrated Lynx GPU wipes the floor with the HD6450 discrete card on all benchmarks.
This is a really great demonstration of how AMD’s new Llano platform is offering a really compelling upgrade option for AMD users and DIY builders looking for a solid graphics and processing performance.
You can read the full review here (Google translation).
Chinese version here.
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One of the team members reported that acpi_call works with samsung sf310-S03:
acpi to turn on:
echo _ON $(acpi_call "\_SB.PCI0.P0P2.PEGP._ON")
echo _PS0 $(acpi_call "\_SB.PCI0.P0P2.PEGP._PS0")
acpi to turn off:
echo NVOP $(acpi_call "\_SB.PCI0.P0P2.PEGP._OFF")
echo _PS3 $(acpi_call "\_SB.PCI0.P0P2.PEGP._PS3")
PS0 & PS3 are power state values: PS0 is fully powered and PS3 is powered off.
vsync needs to be disabled or your tests with the intel card will be useless:
$ export vblank_mode=0
Thanks @alphac for your post!
Read more... We’ve just returned from sunny Bellevue, Washington, where AMD held their first Fusion Developer Summit (AFDS). As with other technical conferences of this nature such as NVIDIA’s GTC and Intel’s IDF, AFDS is a chance for AMD to reach out to developers to prepare them for future products and to receive feedback in turn. While AMD can make powerful hardware it’s ultimately the software that runs on it that drives sales, so it’s important for them to reach out to developers to ensure that such software is being made.
While AFDS serves many purposes, the final purpose – and what is going to be most interesting to most outside observers – was to prepare developers for what’s coming down the pipe. AMD has big plans for the future and it’s important to get developers involved as soon as is reasonably possible so that they’re ready to use AMD’s future technologies when they launch. Over the next few days we’ll talk about a couple of different things AMD is working on, and today we’ll start with the first and most exciting project: AMD Graphics Core Next, AMD's next generation GPU architecture.
Our collective wishes have been granted by the fine folks at NVIDIA: you can now buy a notebook with high-end graphics that supports Optimus and thus is capable of offering excellent battery life. NVIDIA is refreshing their GeForce GTX 460M with the 560M. This will be a faster GPU, naturally, using the updated GF116 instead of the 460M's older GF106.
Notebooks using the new chip should be available in the near future, though keep in mind that not all notebooks will support all features. Read on for more details.
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[Phoronix] Multi-GPU PRIME & GPU Hot-Switching Proposal
a Russian student developer has just voiced two ambitious proposals: Multi-GPU PRIME support and GPU hot-switching.
The Russian student developer, Антонов Николай, is interested in either open-source PRIME multi-GPU support or multi-graphics card hot-switching support to be worked on as this year's Google Summer of Code.
Open-source GPU PRIME support came about a few days over a year ago as an attempt to provide multi-vendor graphics processor offloading / multi-GPU rendering. The PRIME name comes from David Airlie, the author of the original code, dubbing it off NVIDIA's Optimus Technology that was introduced a month prior. Unlike Optimus, PRIME could theoretically work with any open-source graphics driver regardless of hardware vendor. However, the only active work on PRIME lasted for a matter of days and so David looked for someone else to take over this work. Now there may be that chance with the 2011 Google Summer of Code.
The other alternative project that Antonov has expressed interest in is graphics card hot-switching for X.Org. This would be interesting for being able to pop-in a second GPU without blowing out an existing X.Org Server or simply for dual-GPU notebooks to flip from the integrated to discrete graphics seamlessly. It's along the lines of last year's switcheroo work, but more integrated into the X.Org Server for seamless switching.
With these two features, however, there is some display-server-specific work, so any X.Org Server code wouldn't necessarily provide direct benefit to the Wayland Display Server.
This is good news for those on hybrid graphics laptops that got them to work with nouveau drivers but are unable to install and use the binary closed-source nvidia drivers. As you can read here:
[Phoronix] On Low-End GPUs, Nouveau Speeds Past The NVIDIA Driver
the results of the phoronix benchmarking show that nouveau, steadily improving since it was merged into the Linux kernel, promises to deliver great performance on different nvidia GPUs.
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A new version of the Catalyst binary driver has been pre-released:
http://www.phoronix.com/scan.php?page=news_item&px=OTI3Mg
This is AMD's closed-source binary driver, nothing to do with vga_switcheroo.
One of the team members has submitted a bug report here:
https://bugs.launchpad.net/ubuntu/+source/fglrx-installer/+bug/745955
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Here is an interesting read from arstechnica.com. AMD's Llano CPU/GPU combo starts shipping...
AMD ships Llano, the ultimate HTPC processor
It has been five years since the AMD/ATI merger promised us the "Fusion" of a CPU and GPU onto a single die, and on Monday AMD finally made good on that promise with the shipping of the company's first true multicore CPU/GPU combo parts, codenamed "Llano." Sure, the Brazos platform launch was technically the first time that AMD put a CPU and GPU onto the same die, but Llano is supposed to be what the company originally intended with Fusion—a combination of CPU cores and vector hardware that's somehow more "integrated" than a normal on-die GPU. (The exact way in which the latter is true is not clear to me; if anyone knows, feel free to enlighten.)
The picture above is from AMD's blog post announcing that Llano is shipping to OEMs, and it shows the workers in the company's Singapore factory surrounding a box that presumably contains one of the first batches of Llano processors.
AMD is calling Llano's combination of a CPU and GPU on the same die an APU, for "accelerated processing unit." Whatever you call it, it's pretty certain that even tech-savvy customers are never going to see Llano as anything other than another CPU/GPU combo part like Brazos and Sandy Bridge. No matter, though—the Llano parts will have their own place in the processor ecosystem, and it will be different from that of Sandy Bridge.
There is no chance that Llano's CPU core will outperform that of Sandy Bridge, given that the former is a straight-up derivative of AMD's existing Phenom II core. But Llano's GPU is another matter entirely. AMD has used their considerable experience in building best-in-class integrated graphics processors (IGPs) to pack a ton of GPU performance onto each Llano die. Llano will be a great gaming portable, and Llano desktops should offer extremely good price/performance ratios for gamers.
If Intel can get the performance of Sandy Bridge's trailing-edge GPU design up to the point where it can outperform low-end discrete graphics cards, then Llano should do even better. Llano's DirectX11-class GPU will beat Sandy Bridge's GPU by a comfortable margin, and should compete with mid-range discrete solutions. Intel won't have anything comparable until its Ivy Bridge launch early next year.
So from now until Ivy Bridge comes up, AMD will have the budget performance notebook and desktop segment pretty much to itself with Llano. Llano will also make a monster of a home theater PC chip, because you'll be able to build a relatively cheap HTPC with some serious gaming chops.
AMD has said that the first Llano parts will show up in laptops, with desktop parts likely to follow later in the summer. The company isn't giving out any details on which specific products are shipping, though—we'll probably get this info as part of an official launch, soon.
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PNY NVIDIA GeForce 8800 GTX 768MB Graphics Card
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New PC action games are filled with virtual life graphics and motion intensive realism. The Internet is filled with Video files ready for Streaming and download. Digital cameras and camcorders are capable of producing SD and HDTV quality video that you can Upload to your PC for production and editing. Your PC's CPU and Architecture was never intended to handle these efficiently. A video Processing card adds Dedicated Memory and additional processors to deliver outstanding graphics and video for ultimate performance. This NVIDIA GeForce 8800 GTX Graphics Card fits into your desktop's available PCIe slot and adds 768MB on-board memory and 2 graphic processor units (GPU). Are you ready for the best game and video performance ever from your PC?
NVIDIAunified architecture: Fully unified shader core dynamically allocates processing power to geometry, vertex, physics, or Pixel shading operations, delivering up to 2x the gaming performance of prior generation GPUs
GigaThread Technology: Massively multi-threaded architecture supports thousands of independent, simultaneous threads, providing extreme processing efficiency in advanced, next generation shader programs
Full Microsoft DirectX 10 Support: World’s first DirectX 10 GPU with full Shader Model 4.0 support delivers unparalleled levels of graphics realism and film-quality effects
PNY NVIDIA GeForce 8800 GTX 768MB Graphics Card
NVIDIA Quantum Effects Technology: Advanced shader processors enable a new level of physics effects to be simulated and rendered on the GPU—all while freeing the CPU to run the game engine and AI
NVIDIA ForceWare Unified Driver Architecture (UDA): Delivers a proven Record of compatibility, reliability, and stability with the widest range of games and applications. ForceWare provides the best out-of-box experience and delivers continuous performance and feature updates over the life of NVIDIA GeForce GPUs
Dual 400MHz RAMDACs: Blazing-fast RAMDACs support dual QXGA displays with ultra-high, Ergonomic refresh rates–up to 2048x1536@85Hz / Dual Dual-link DVI Support: Able to drive the industry’s largest and highest Resolution flat-panel displays up to 2560x1600
OpenGL 2.0 Optimizations and Support: Ensures top-notch compatibility and performance for OpenGL applications
NVIDIA’s fourth-generation GPU architecture built for Windows Vista yet offers great performance with Windows 2000 and XP
PNY NVIDIA GeForce 8800 GTX 768MB Graphics Card
latest computer hardware at http://latestpcperipheral.blogspot.com/
If you read our Sandy Bridge Review you’ll know that we were very excited about Intel’s Quick Sync hardware transcode engine. It easily offers at least twice the performance of existing GPU based transcoding solutions without sacrificing image quality. There’s just one little problem: you can’t use Quick Sync you're using a discrete GPU, you need to use Intel's processor graphics.
Lucid presented a potential solution to the problem at this year’s CES. Through software alone, Lucid is able to copy the frame buffer from a discrete PCIe GPU to the frame buffer of SNB’s HD Graphics in main memory. The result is that you can hook a single monitor up to your motherboard’s video output and use a discrete GPU when you want it. Lucid’s technology would enable switchable graphics on the desktop, without any hardware requirements (it still obviously won’t work on P67, shame on Intel).To demonstrate the technology Intel ran an H67 motherboard with a GeForce GTX 480. Lucid’s software was installed which allowed for the GTX 480 to run and its frame buffer output to be copied to main memory and sent out via Intel’s Flexible Display Interface through the DVI port on the back of the motherboard. At the same time, Intel demonstrated that it could run a Quick Sync enabled transcode in Cyberlink’s Media Espresso 6 - all thanks to Lucid’s software.Lucid expects that there will only be a 1 - 3% impact in performance (although that’s something we’d have to see for ourselves), but there’s no firm date on when the driver will be available. I’m expecting a beta version of Lucid’s software in the coming weeks however.Motherboard manufacturers could bundle Lucid’s solution with their boards to avoid upsetting end users thanks to Intel’s Quick Sync oversight. There’s still no getting around the fact that you can’t overclock your CPU on H67 motherboards. You’ll still have to wait for Z68 to fix that problem.]]> Read more...Description |
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