The Most Comprehensive AMD Radeon Linux Graphics Comparison

Last month I alluded to a 40-way graphics card comparison being worked on at Phoronix. This comparison is to extensively compare the performance of the open and closed-source drivers for each graphics card and to comprehensively comment on other areas of the Linux graphics driver support. Not only is the OpenGL performance being evaluated, but the thermal performance, CPU utilization, and power consumption is being looked at too. Being published today to mark the beginning of the Oktoberfest 2011 articles are the ATI/AMD Radeon results. This includes 28 of the 40 graphics cards, with GPUs as old as the Radeon X800XL and as new as the AMD Radeon HD 6950.

There are over two dozen graphics cards being tested in this article. This is just the number of discrete graphics cards that were sitting around my labs when beginning the test process, with each one being a unique model. The comparison is also limited to consumer graphics cards and not the selection of FireGL/FirePro graphics processors, but that could come in another article. There are multiple graphics cards representing each generation of ATI/AMD Radeon GPUs spanning seven years (the oldest, a Radeon X800XL, was released in late 2004).

Read on…

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Motorola Droid 3 Teardown

The Motorola Droid 3 has landed on our doorstep, and no new gadget would be complete without a proper iFixit teardown.

View it here…

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Graphene: The Miracle Material Explained

Graphene may turn out to be the Lady Gaga of materials: it seems to have come from nowhere, everybody’s talking about it, and before long it’s going to be absolutely everywhere.

Although the material has been around for a while in concept, the first commercial products based on the material are due in the next few years – it’s an incredibly lightweight and resistant material.

Graphene could lead to rollable phones, thousand-gigahertz processors and other miraculous things, and in a fairly short space of time it could be as ubiquitous as plastic. So what on Earth is it?

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Future MacBook Chips Will Look Like This

Low-power versions of Intel’s latest and greatest “Sandy Bridge” processors are populating the chip maker’s database, giving a pretty clear view of what kind of chips future thin MacBooks will use.

Thin, in this case, could be anything from a future 13-inch MacBook Pro (currently 0.95 inches thick) to an updated MacBook Air (currently 0.11 to 0.68-inches)–the latter expected in the summer time frame.

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WebP, a New Image Format for the Web

As part of Google’s initiative to make the web faster, over the past few months we have released a number of tools to help site owners speed up their websites. We launched the Page Speed Firefox extension to evaluate the performance of web pages and to get suggestions on how to improve them, we introduced the Speed Tracer Chrome extension to help identify and fix performance problems in web applications, and we released a set of closure tools to help build rich web applications with fully optimized JavaScript code. While these tools have been incredibly successful in helping developers optimize their sites, as we’ve evaluated our progress, we continue to notice a single component of web pages is consistently responsible for the majority of the latency on pages across the web: images.

Most of the common image formats on the web today were established over a decade ago and are based on technology from around that time. Some engineers at Google decided to figure out if there was a way to further compress lossy images like JPEG to make them load faster, while still preserving quality and resolution. As part of this effort, we are releasing a developer preview of a new image format, WebP, that promises to significantly reduce the byte size of photos on the web, allowing web sites to load faster than before.

Read on…

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