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A recent forum post at Beyond3D made an interesting claim: that the Samsung Galaxy S4's GPU ran at 532 MHz for certain whitelisted benchmark applications, and at 480 MHz for everything else. The folks at AnandTech decided to investigate and found out that the phone does indeed let its GPU run at a higher frequency when particular benchmark software is running. They found a similar oddity with the CPU — it wasn't restricted for other apps, but it was forced to run at max speed during benchmarks. Then they decided to look for direct evidence that this was intentional. "Poking around I came across the application changing the DVFS behavior to allow these frequency changes – TwDVFSApp.apk. Opening the file in a hex editor and looking at strings inside (or just running strings on the .odex file) pointed at what appeared to be hard coded profiles/exceptions for certain applications. The string 'BenchmarkBooster' is a particularly telling one. ... Quadrant standard, advanced, and professional, linpack (free, not paid), Benchmark Pi, and AnTuTu are all called out specifically. Nothing for GLBenchmark 2.5.1 though, despite its similar behavior."

Via Ars comes news that the OpenGL 4.4 and OpenCL 2.0 were released yesterday. OpenGL 4.4 features a few new extensions, perhaps most importantly a few to ease porting applications from Direct3D. New bindless shaders have access to the entire virtual address space of the card, and new sparse textures allow streaming tiles of textures too large for the graphics card memory. Finally, the ARB has announced the first set of conformance tests since OpenGL 2.0, so going forward anything calling itself OpenGL must pass certification. The OpenCL 2.0 spec is still provisional, but now features a memory model that is a subset of C11, allowing sharing of complex data between the host and GPU and avoiding the overhead of copying data to and from the GPU (which can often make using OpenCL a losing proposition). There is also a new spec for an intermediate language: "'SPIR' stands for Standard Portable Intermediate Representation and is a portable non-source representation for OpenCL 1.2 device programs. It enables application developers to avoid shipping kernel source and to manage the proliferation of devices and drivers from multiple vendors. OpenCL SPIR will enable consumption of code from third party compiler front-ends for alternative languages, such as C++, and is based on LLVM 3.2. Khronos has contributed open source patches for Clang 3.2 to enable SPIR code generation." For full details see Khronos's OpenGL 4.4 announcement, and their OpenCL 2.0 announcement. Update: 07/23 20:17 GMT by U L : edxwelch notes that Anandtech published notes and slides from the SIGGRAPH announcement.

An anonymous reader writes "Earlier today, Nvidia released its latest graphics card: the Geforce GTX 760. A followup to last month's GTX 770 launch, the new GTX 760 is the fourth 700-series card since the company launched the GTX Titan back in February. Sporting 1,152 CUDA cores, 96 TMUs, 32 ROPS, a 256-bit memory interface that effectively runs at 6 GHz, a base clock of 980 MHz, and a Boost speed of up to 1,033 MHz, the newly-minted GTX 760 is offered at a price point of $250. Benchmark results are available from all the usual suspects: AnandTech, HotHardware, PC Magazine, PCPer, and Tom's Hardware. To make a long story short, Nvidia's new card edges out AMD's equally-priced Radeon HD 7950 Boost Edition, and even goes toe-to-toe with the $300 Radeon HD 7870 GHz Edition. Factoring out AMD's incredible Never Settle game bundles, and looking purely at performance, the GTX 670 allows Nvidia to cinch up the mainstream gaming price point." Reader crookedvulture adds, "The $250 card is an updated spin on an existing GPU, so it doesn't raise the bar dramatically. In fact, the GTX 760 achieves rough performance parity with the Radeon HD 7950 Boost, which costs just a little bit more. The situation is similar at around $400, where the contest between the GeForce GTX 770 and Radeon HD 7970 GHz Edition is a toss-up overall. These price/performance scatter plots paint the picture clearly. AMD has largely resolved its previous frame latency issues with new drivers, making the battle between GeForce and Radeon more about extras than performance. Nvidia offers software to optimize game settings and record gameplay sessions, while AMD includes download codes for recent games. You really can't go wrong either way."

Lucas123 writes "With Apple announcing that it is now using PCIe flash in its MacBook Air and it has plans to offer it in its Mac Pro later this year, some are speculating that the high-speed peripheral interface may become the standard for higher-end consumer laptops and workplace systems. 'It's coming,' said Joseph Unsworth, research vice president for NAND Flash & SSD at Gartner. The Mac Pro with PCIe flash is expected to exceed 1GB/sec throughput, twice the speed of SATA III SSDs. Apple claims the new MacBook Mini got a 45% performance boost from its PCIe flash. AnandTech has the Air clocked in at 800MB/s. Next year, Intel and Plextor are expected to begin shipping PCIe cards based on the new NGFF specification. Plextor's NGFF SSD measures just 22mm by 44mm in size and connects to a computer's motherboard through a PCIe 2.0 x2 interface. Those cards are smaller than today's half-height expansion cards and offer 770MB/s read and 550MB/s write speeds."

jjslash writes "Intel's Haswell architecture is finally available in the flagship Core i7-4770K and Core i7-4950HQ processors. This is a very volatile time for Intel. In an ARM-less vacuum, Intel's Haswell architecture would likely be the most amazing thing to happen to the tech industry in years. Haswell mobile processors are slated to bring about the single largest improvement in battery life in Intel history. In graphics, Haswell completely redefines the expectations for processor graphics. On the desktop however, Haswell is just a bit more efficient, but no longer much faster when going from one generation to another." Reader wesbascas puts some numbers on what "just a bit" means here: "Just as leaked copies of the chip have already shown, the i7-4770K only presents an incremental ~10% performance increase over the Ivy Bridge-based Core i7-3770K. Overclocking potential also remains in the same 4.3 GHz to 4.6 GHz ballpark."

An anonymous reader writes "Today AMD has officially unveiled its long-awaited dual-GPU Tahiti-based card. Codenamed Malta, the $1,000 Radeon HD 7990 is positioned directly against Nvidia's dual-GPU GeForce GTX 690. Tom's Hardware posted the performance data. Because Fraps measures data at a stage in the pipeline before what is actually seen on-screen, they employed Nvidia's FCAT (Frame Capture Analysis Tools). ... The 690 is beating AMD's new flagship in six out of eight titles. ... AMD is bundling eight titles with every 7990, including: BioShock Infinite, Tomb Raider, Crysis 3, Far Cry 3, Far Cry 3: Blood Dragon, Hitman: Absolution, Sleeping Dogs, and Deus Ex: Human Revolution." OpenGL performance doesn't seem too off from the competing Nvidia card, but the 7990 dominates when using OpenCL. Power management looks decent: ~375W at full load, but a nice 20W at idle (it can turn the second chip off entirely when unneeded). PC Perspective claims there are issues with Crossfire and an un-synchronized rendering pipeline that leads to a slight decrease in the actual frame rate, but that should be fixed by an updated Catalyst this summer.

An anonymous reader writes "Anandtech compares the Boston Viridis, a server with Calxeda's ARM server technology, with the typical Intel Xeon technology in a server environment. Turns out that the Quad ARM A9 chip has it weaknesses, but it can offer an amazing performance per Watt ratio in some applications. Anandtech tests bandwidth, compression, decompression, building/compiling and a hosted web environment on top of Ubuntu 12.10." At least in their tests (highly parallel, lightweight file serving), the ARM nodes offered slightly better throughput at lower power use, although from the looks of it you'd just be giving money to the server manufacturer instead of the power company.

An anonymous reader writes "Anandtech compares the Boston Viridis, a server with Calxeda's ARM server technology, with the typical Intel Xeon technology in a server environment. Turns out that the Quad ARM A9 chip has it weaknesses, but it can offer an amazing performance per Watt ratio in some applications. Anandtech tests bandwidth, compression, decompression, building/compiling and a hosted web environment on top of Ubuntu 12.10." At least in their tests (highly parallel, lightweight file serving), the ARM nodes offered slightly better throughput at lower power use, although from the looks of it you'd just be giving money to the server manufacturer instead of the power company.

An anonymous reader writes "As soon as its next-gen Haswell CPUs ship, Intel will start to leave the desktop motherboard business. It will be a lengthy process, taking at least three years, and the company will continue to produce chipsets. The company will be focusing instead on smaller and newer form factors. For one, it will be working on its Next Unit of Computing (NUC) boards, which are 4" by 4". Legacy support for old motherboards and the new Haswell motherboards will continue through their respective warranty periods. 'Given the competitive landscape, it's not a big surprise that Intel is refocusing its efforts on areas that have greater potential impact on future growth. All segments of the PC business are under extreme pressure, with sales slipping and users gravitating toward tablets and smart phones. Focusing on reference designs for all-in-one PCs, Ultrabooks and tablets will enable Intel's partners to more rapidly ship products that appeal to the new generation of mobile users.' AnandTech points out that one of the reasons Intel put out motherboards for so long was to assure a baseline level of quality for its CPUs. Now that the boards coming out of Taiwan are of good quality, Intel doesn't need to expend the effort."

GhostX9 writes "Tom's Hardware just published a detailed look at the Intel Atom Z2760 in the Acer Iconia W510 and compared it to the NVIDIA Tegra 3 in the Microsoft Surface. They break it down and demonstrate how the full Windows 8 tablet outperforms the Windows RT machine in power consumption. They break down power consumption to include the role of the CPU, GPU, memory controller and display. Anandtech is also reporting similar findings, but only reports CPU and GPU utilization." Despite repeated claims that x86 is beating ARM here, they look neck and neck. Assuming you can make a meaningful comparison.

skade88 writes "LG has released an ultra wide monitor. It really is wide (WxHxD: 699.7 X 387 X 208.5 mm) — take a look at the thing! It looks like it would be good for movies shot in larger aspect ratios such as 2.20 for 70mm film or 2.39 for modern cinemascope films. But OS GUI designs need to catch up to the ever horizontally expanding waistline of our monitors."

Volanin writes "I have been using Linux for the last 15 years both at home and at work (mostly GNOME and now Unity). Recently, I gave in to temptation and bought myself a Macbook retina 15". As you can read around, Linux still has no good support for this hardware, so I am running it inside a virtual machine. Running in scaled 1440x900 makes the Linux fonts look absolutely terrible, and running in true 2880x1800 makes them beautiful, but every UI element becomes so tiny, it's unworkable. Is there a desktop environment that handles resolution independence better? Linux has had support for SVG for a long time, but GNOME/Unity seems adamant in defining small icon sizes and UI elements without the possibility to resize them."

slashchuck writes "One of the drawbacks of Google's Nexus 4 was its lack of support for 4G LTE. Now comes a report from AnandTech that it's possible to enable partial LTE support on the device. It seems that a simple software update can allow the Nexus 4 smartphone to run on LTE Band 4. All users have to do is dial *#*#4636#*#* (INFO) or launch the Phone Info app. After that, choosing to connect to AWS networks should allow the Nexus 4 to run on LTE networks on Band 4. The AnandTech report states explicitly that the LG Nexus 4 only works on LTE Band 4, on 1700/2100MHz frequencies, and supports bandwidths of 5,10, and 20MHz."

zacharye points out an early review of the Microsoft Surface tablet. Here are some relevant snippets: "When you get over the shocking realization that, yes, Windows is now different, you begin to realize that the new home screen makes a lot of sense. ... Despite the Surface’s quad-core NVIDIA Tegra 3 chipset and 2GB of RAM, Windows RT is not always as smooth as I would like. Apps sometimes take a few extra beats to open, and in some cases opening an application on the Surface is much more like launching an app on an old Windows PC than on a modern tablet. ... The good news, though, is that Windows RT was built for multitasking. Commonly used apps can and should be left open, and switching between apps is as easy as swiping in from the left side with a finger or touching a mouse cursor to the top- or bottom-left corner of the display. Open apps come back to life instantly, and the animations that transition the user from one app to another are quick and smooth. ... While Windows 8 is the version of Microsoft’s new OS that has split personality disorder, the Windows RT-powered Surface truly is a tale of two tablets. On one hand, it is an engineering feat with a design that is novel and functional. It really is the perfect combination of a tablet and a notebook thanks to the Touch Cover and the Type Cover, and I felt right at home with the Surface the moment I turned it on. On the other hand, the software experience does not feel like home. It’s new, and for many it will be scary." Additional reviews are available elsewhere, take your pick: AnandTech, Wired, Gizmodo, Ars Technica, The Verge.

An anonymous reader writes "AMD just officially took the wraps off Vishera, its next generation of FX processors. Vishera is Piledriver-based like the recently-released Trinity APUs, and the successor to last year's Bulldozer CPU architecture. The octo-core flagship FX-8350 runs at 4.0 GHz and is listed for just $195. The 8350 is followed by the 3.5 GHz FX-8320 at $169. Hexa-core and quad-core parts are also launching, at $132 and $122, respectively. So how does Vishera stack up to Intel's lineup? The answer to that isn't so simple. The FX-8350 can't even beat Intel's previous-generation Core i5-2550K in single-threaded applications, yet it comes very close to matching the much more expensive ($330), current-gen Core i7-3770K in multi-threaded workloads. Vishera's weak point, however, is in power efficiency. On average, the FX-8350 uses about 50 W more than the i7-3770K. Intel aside, the Piledriver-based FX-8350 is a whole lot better than last year's Bulldozer-based FX-8150 which debuted at $235. While some of this has to do with performance improvements, that fact that AMD is asking $40 less this time around certainly doesn't hurt either. At under $200, AMD finally gives the enthusiast builder something to think about, albeit on the low-end." Reviews are available at plenty of other hardware sites, too. Pick your favorite: PC Perspective, Tech Report, Extreme Tech, Hot Hardware, AnandTech, and [H]ard|OCP.

jd writes "2012 promises to be a fun year for hardware geeks, with three new 'Aptiv-class' MIPS64 cores being circulated in soft form, a quad-core ARM A15, a Samsung ARM A9 variant, a seriously beefed-up 8-core Intel Itanium and AMD's mobile processors. There's a mix here of chips actually out, ready to be put on silicon, and in last stages of development. Obviously these are for different users (mobile CPUs don't generally fight for marketshare with Itanium dragsters) but it is still fascinating to see the differences in approach and the different visions of what is important in a modern CPU. Combine this with the news reported earlier on DDR4, and this promises to be a fun year with many new machines likely to appear that are radically different from the last generation. Which leaves just one question — which Linux architecture will be fully updated first?"

MojoKid writes "AMD lifted the veil on their new Trinity A-Series mobile processor architecture today. Trinity has been reported as offering much-needed CPU performance enhancements in IPC (Instructions Per Cycle) but also more of AMD's strength in gaming and multimedia horsepower, with an enhanced second generation integrated Radeon HD graphics engine. AMD's A10-4600M quad-core chip is comprised of 1.3B transistors with a CPU base core clock of 2.3GHz and Turbo Core speeds of up to 3.2GHz. The on-board Radeon HD 7660G graphics core is comprised of 384 Radeon Stream Processor cores clocked at 497MHz base and 686Mhz Turbo. In the benchmarks, AMD's new Trinity A10 chip outpaces Intel's Ivy Bridge for gaming but can't hold a candle to it for standard compute workloads or video transcoding."

bonch writes "Apple has quietly replaced the iPad 2's A5 with a smaller 32nm die that increases battery life by 15 to 30%. It's theorized that Apple is using the iPad 2 as a test bed for the new hardware platform, which shrinks the surface area of the A5 to 57% of the previous size."

MojoKid writes "NVIDIA has lifted the embargo on benchmarks and additional details of their GeForce GTX 690 card today. According to a few folks at NVIDIA, company CEO Jen Hsun Huang told the team to spare no expense and build the best graphics card they possibly could, using all of the tools at their disposal. As a result, in addition to a pair of NVIDIA GK104 GPUs and 4GB of GDDR5 RAM, the GeForce GTX 690 features laser-etched lighting, a magnesium fan housing, a plated aluminum frame, along with a dual vapor chamber cooler with ducted airflow channels and a tuned axial fan. The sum total of all of these design enhancements results in not only NVIDIA's fastest graphics card to date, but also one of its quietest. In the performance benchmarks, NVIDIA's new dual-GPU powerhouse is easily the fastest graphics card money can buy right now, but of course it's also the most expensive." The GeForce GTX 690 has been reviewed lots of different places today, Tom's Hardware and AnandTech to name a few.

Google85 writes "Beginning April 23rd, Intel, through Lava International, began selling the Xolo X900 smartphone in India for $420, Anandtech has just published a review of the smartphone which runs Android on x86 and uses binary translation as the mitigation for both libraries and NDK applications that haven't yet been ported to x86."

Google85 writes "Beginning April 23rd, Intel, through Lava International, began selling the Xolo X900 smartphone in India for $420, Anandtech has just published a review of the smartphone which runs Android on x86 and uses binary translation as the mitigation for both libraries and NDK applications that haven't yet been ported to x86."

New submitter zackmerles writes "Tom's Hardware takes the newly-released, top-of-the-line Ivy Bridge Core i7-3770K for a spin. All Core i7 Ivy Bridge CPUs come with Intel HD Graphics 4000, which despite the DirectX 11 support, only provides a modest boost to the Sandy Bridge Intel HD Graphics 3000. However, the new architecture tops the charts for low power consumption, which should make the Ivy Bridge mobile offerings more desirable. In CPU performance, the new Ivy Bridge Core i7 is only marginally better than last generation's Core i7-2700K. Essentially, Ivy Bridge is not the fantastic follow-up to Sandy Bridge that many enthusiasts had hoped for, but an incremental improvement. In the end, those desktop users who decided to skip Sandy Bridge to hold out for Ivy Bridge, probably shouldn't have. On the other hand, since Intel priced the new Core i7-3770K and Core i5-3570K the same as their Sandy Bridge counterparts, there is no reason to purchase the previous generation chips." Reader jjslash points out that coverage is available from all the usual suspects — pick your favorite: AnandTech, TechSpot, Hot Hardware, ExtremeTech, and Overclockers.

MrSeb, zachareye, and others wrote in with several reviews of the Nokia Lumia 900. Starting things off, Extreme Tech asks if the Lumia redefines the smartphone; BGR chimes in declaring the phone "terrific". Ars Technica, on the other hand, isn't quite so enthusiastic, especially about the camera optics. Anandtech joins Ars in not being particularly enthused. It looks like most reviewers are happy with the UI, but not so enthused about the hardware (low display resolution for one). Signs point to an OK handset, but nothing spectacular.

suraj.sun tips an article at AnandTech about a Blu-ray DRM scheme called Cinavia. The author makes the case that software like Cinavia is hastening the death of a Blu-ray industry already struggling to compete with online media streaming. Quoting: "In our opinion, it is the studios and the Blu-ray system manufacturers who have had the say in deciding upon the suitability of a particular DRM scheme. Consumers have had to put up with whatever has been thrust upon them. The rise in popularity of streaming services (such as Netflix and Vudu) which provide instant gratification should make the Blu-ray industry realize its follies. The only reason that streaming services haven't completely phased out Blu-rays is the fact that a majority of the consumers don't have a fast and reliable Internet connection. Once such connections become ubiquitous, most of the titles owned by consumers would probably end up being stored in the cloud. ... The addition of new licensing requirements such as Cinavia are preventing the natural downward price progression of Blu-ray related technology. Instead of spending time, money and effort on new DRM measures that get circumvented within a few days of release, the industry would do well to lower the launch price of Blu-rays. There is really no justification for the current media pricing."

crookedvulture writes Nvidia has lifted the curtain on reviews of its latest GPU architecture, which will be available first in the high-end GeForce GTX 680 graphics card. The underlying GK104 processor is much smaller than the equivalent AMD GPU, with fewer transistors, a narrower path to memory, and greatly simplified control logic that relies more heavily on Nvidia's compiler software. Despite the modest chip, Nvidia's new architecture is efficient enough that The Tech Report, PC Perspective, and AnandTech all found the GeForce GTX 680's gaming performance to be largely comparable to AMD's fastest Radeon, which costs $50 more. The GTX 680 also offers other notable perks, like a PCI Express 3.0 interface, dynamic clock scaling, new video encoding tech, and a smarter vsync mechanism. It's rather power-efficient, too, but the decision to focus on graphics workloads means the chip won't be as good a fit for Nvidia's compute-centric Tesla products. A bigger GPU based on the Kepler architecture is expected to serve that market." Read on below for good news (at least if you prefer Free software) from an anonymous reader. Update: 03/22 19:35 GMT by T : Mea culpa -- that headline should say "Kepler," rather than Fermi; HT to Dave from Hot Hardware (here's HH's take on the new GPU). Our anonymous friend writes "The open-source Nouveau driver project that reverse-engineers the official NVIDIA driver to provide a free software alternative has made some big accomplishments. Nouveau announced today they have same-day Kepler support and are now de-staging on Linux. The GeForce GTX 680 'Kepler' launch just happened hours prior to Nouveau, somehow managing initial mode-setting support with early hardware, from a project that NVIDIA 'officially' does not support. The de-staging in the Linux kernel now means that the driver is at version 1.0 with a stable ABI."

The folks over at Anandtech managed to spend some time with early Ivy bridge production samples and perform a few benchmarks. The skinny: CPU performance is mildly increased as expected, but the GPU is 20-50% faster than the Sandy Bridge GPU. Power consumption is also down about 30W under full load. The graphics, however, are still slower than AMD's Llano (but the Ivy Bridge CPU beats the pants off of the Fusion's). Is the tradeoff worth it?

The folks over at Anandtech managed to spend some time with early Ivy bridge production samples and perform a few benchmarks. The skinny: CPU performance is mildly increased as expected, but the GPU is 20-50% faster than the Sandy Bridge GPU. Power consumption is also down about 30W under full load. The graphics, however, are still slower than AMD's Llano (but the Ivy Bridge CPU beats the pants off of the Fusion's). Is the tradeoff worth it?

The folks over at Anandtech managed to spend some time with early Ivy bridge production samples and perform a few benchmarks. The skinny: CPU performance is mildly increased as expected, but the GPU is 20-50% faster than the Sandy Bridge GPU. Power consumption is also down about 30W under full load. The graphics, however, are still slower than AMD's Llano (but the Ivy Bridge CPU beats the pants off of the Fusion's). Is the tradeoff worth it?

Stoobalou writes with an interview in Thinq with a few folks from ARM on their plans for the future of embedded graphics. From the article: "'If you're looking at the visual experience that we can deliver on a mobile, in terms of the capabilities of the devices that are on the market today, increasingly it is visually outstanding — but we need to do more maths, because we have an increasing screen resolution and we have increasing content complexity, and we have to do it all in pretty low power. So, if we look at where we were a few years ago, if you take the benchmarks of a VGA display and typical low-res content — all of a sudden, by the time you get to a 4K screen and some of the complexity of tesselated stuff you see in DX11 today, you're talking about a 500x increase in performance.' ... 'We're still maintaining that 1W power envelope within your mobile device, yet being expected to deliver 500 times the performance,' Hickman added. That's a major undertaking, but one which the next generation of Mali processors will work towards.' All of the graphics development in the embedded world is nice, but it is disheartening to see the lack of source code for all of the new mobile GPUs.

Stoobalou writes "AMD has scored another point over its graphics rival Nvidia with what it claims is the world's fastest single-GPU mobile graphics processor, the Radeon HD 6990M. While the red team is unlikely to hold the crown for long in the fast-moving world of discrete graphics, the company's latest chip is certainly impressive enough. Based on the TeraScale 2 unified processor architecture and the Barts GPU core, the Radeon HD 6990M — a mobile equivalent to the company's high-end Radeon HD 6990 PCI Express graphics card design — features 1,120 stream processing units, 56 texture units, 128 Z/stencil ROP units, and 32 color ROP units."

I.M.O.G. writes "Today AMD officially introduces their newest flagship GPU, the Radeon HD 6990. Targeted to counter Nvidia's current generation flagship GTX580, for AMD this is a followup to their previous generation 2xGPU on a single PCB design, the Radeon HD 5970. It represents the strongest entry AMD will release within their 6000 series graphics lineup. Initial testing and overclocking results are publishing at first tier review sites now. As eloquently stated by Tweaktown's Anthony Garreffa, the 6990 'punches all other GPUs in the nuts.'"

Velcroman1 writes "Intel has packed just shy of a billion transistors into the 216 square millimeters of silicon that compose its latest chip, each one far, far thinner than a sliver of human hair. But this mind-blowing feat of engineering doesn't really surprise us, right? After all, that's just Moore's Law in action isn't it? In 1965, an article in "Electronics" magazine by Gordon Moore, the future founder of chip juggernaut Intel, predicted that computer processing power would double roughly every 18 months. Or maybe he said 12 months. Or was it 24 months? Actually, nowhere in the article did Moore actually spell out that famous declaration, nor does the word 'law' even appear in the article at all. Yet the idea has proved remarkably resilient over time, entering the zeitgeist and lodging like a stubborn computer virus you just can't eradicate. But does it hold true? Strangely, that seems to depend more than anything on whom you ask. 'Yes, it still matters, and yes we're still tracking it,' said Mark Bohr, Intel senior fellow and director of process architecture and integration. 'Semiconductor chips haven't actually tracked the progress predicted by Moore's law for many years,' said Tom Halfhill, the well respected chip analyst with industry bible the Microprocessor Report."

I.M.O.G. writes "Today AMD officially introduces their newest flagship GPU, the Radeon HD 6970, hot on the heels of the Radeon HD 6870 released at the end of October, then the NVIDIA GTX 580 in early November, which is Nvidia's current flagship card. Initial testing and overclocking results are publishing at first tier review sites now. While the HD 6970 is a strong performer and the price point is outstanding for consumers, the GTX 580 retains the flagship crown while the AMD 5970 keeps the single card performance crown with its dual GPUs on a single card."

NervousNerd writes "Nvidia's first DirectX 11 offerings ran hot and offered a negligible performance difference compared to ATI's Radeon HD 5800 series for the cost. Also missing was the $200 mid-range part. But that stopped when Nvidia released the GTX 460 based on a modified version of their infamous Fermi architecture. The GTX 460 offers incredible performance for the price and soundly beats ATI's $200 offering, the HD 5830."

thisisauniqueid writes "In light of the clamor over the iPhone 4 Grip of Death, AnandTech recently reverse-engineered the phone's signal-strength-to-bars mapping. Because Android is open source, we can determine the corresponding mapping for Android in combination with the 3GPP spec referenced in the source, allowing the signal-strength-to-bars mapping for both Android and the iPhone 4 to be plotted on the same axes. This shows that the iPhone 4 consistently reports a higher percentage signal strength (as defined by the fraction of bars lit) than Android GSM devices at the same signal strength."

Luminous Coward writes "As previously discussed on Slashdot, according to AnandTech and The Tech Report, hard disk drive manufacturers are now ready to bump the size of the disk sector from 512 to 4096 bytes, in order to minimize storage lost to ECC and sync. This may not be a smooth transition, because some OSes do not align partitions on 4K boundaries."

CWmike writes "An offshore AMD foundry is having trouble ramping up production of a new 40-nanometer GPU, forcing PC makers to delay shipments of desktop and laptop computers, AMD confirmed today. TSMC is struggling to get up to speed manufacturing AMD's 5800 series, 40-nm GPUs, according to Jim McGregor, an analyst at In-Stat. He added that the foundry is in full production, but so far yields are below expectation. Matt Davis, a spokesman for AMD, confirmed that TSMC is having issues with production of the chips. He added that it's not clear how far behind the foundry is on production expectations. 'The design is sound. It's just a matter of trying to get TSMC to a point where they can yield. They're feeling the manufacturing crunch,' said Davis. 'We're a little bit under yield but we're working back into a manufacturing schedule we want for these parts. TSMC can only kick them out so fast at this point.' He said that PC vendors are being affected but declined to say how many vendors are feeling the pinch or which ones. 'It's the end of the whip,' he added. '[The vendors] are going to have a hard time.'" A post at Anandtech suggests we'll see price hikes for the 5800-series Radeons until this situation sorts itself out.

WARM3CH writes "AnandTech tested a laptop with an AMD CPU, a laptop with an Intel CPU, and a netbook to compare battery life while running Internet Explorer 8, Opera 10, Firefox 3.5, Safari 4, and Chrome. They tested on simple web pages and flash-infested ones. IE8 had the best battery life on both laptops (followed by FF + AdBlock), and Safari had the worst battery life. On the netbook, Chrome was slightly ahead of IE8. The report concludes: 'Overall, Internet Explorer and Firefox + AdBlock consistently place near the top, with Chrome following closely behind. Opera 10 Beta 3 didn't do as well as Opera 9.6.4, and in a couple quick tests, it doesn't appear that the final release of Opera 10 changes the situation at all. Opera in general — version 9 or 10 — looks like it doesn't do as well as the other major browsers. Safari is at the back, by a large margin, on all three test notebooks. We suspect that Safari 4 does better under OS X, however, so the poor Windows result probably won't matter to most Safari users.'"

Talinom writes "AnandTech has a writeup on how ClearQAM appears to be headed for an early death. From the article — 'At this point there's no reason to believe that cable companies won't deploy Privacy Mode across their networks, so it's a matter of 'when,' not 'if' this will happen. It goes without saying that if you're currently enjoying the use of a ClearQAM tuner to receive EB tier channels, you'll want to enjoy what time you have left, and look in to other solutions for the long-haul. At this pace, it looks like cable TV and computers will soon be divorcing.'" Update: 08/27 23:59 GMT by T : "EB" here stands for "Expanded Basic (cable service)"; Wikipedia as usual has a time-sucking, digressive, fascinating explanation about the tiers of cable TV service in the US.

omnilynx writes "With capacity on the rise and prices falling, solid state drives are finally starting to compete with traditional hard drives. However, there are still several issues to take into account when moving to an SSD, not to mention choosing between a widening array of offerings. Anand Lal Shimpi of AnandTech does a better job than anyone could expect detailing those issues (especially those related to performance) and reviewing the new offerings in the SSD arena. Intel's X25 series comes out on top for sheer speed, but OCZ makes a surprise turnaround with its Vertex drive giving perhaps the best value."

MojoKid writes "Intel's next-generation CPU microarchitecture, which was recently given the official processor family name of 'Core i7,' was one of the big topics of discussion at IDF. Intel claims that Nehalem represents its biggest platform architecture change to date. This might be true, but it is not a from-the-ground-up, completely new architecture either. Intel representatives disclosed that Nehalem 'shares a significant portion of the P6 gene pool,' does not include many new instructions, and has approximately the same length pipeline as Penryn. Nehalem is built upon Penryn, but with significant architectural changes (full webcast) to improve performance and power efficiency. Nehalem also brings Hyper-Threading back to Intel processors, and while Hyper-Threading has been criticized in the past as being energy inefficient, Intel claims their current iteration of Hyper-Threading on Nehalem is much better in that regard." Update: 8/23 00:35 by SS: Reader Spatial points out Anandtech's analysis of Nehalem.

AnandTech has a look at the performance PC gamers can expect see under Windows Vista with DirectX 10. Unfortunately, it isn't pretty. Despite the power of the new 10-compliant graphics cards, the choices made in developing this technology have resulted in a significant gap between what is possible and what is actually obtainable from commercial PC hardware. What's worse, the article starts off by pointing out that much of the shiny effects exclusive to DX10 games would have been possible with DX9, had Microsoft been inclined to develop in that direction. From the article: "[Current] cards are just not powerful enough to enable widespread use of any features that reach beyond the capability of DirectX 9. Even our high-end hardware struggled to keep up in some cases, and the highest resolution we tested was 2.3 megapixels. Pushing the resolution up to 4 MP (with 30" display resolutions of 2560x1600) brings all of our cards to their knees. In short, we really need to see faster hardware before developers can start doing more impressive things with DirectX 10."

Conch writes "Only hours after the launch, the Apple iPhone has been dissected. The good folks at AnandTech violated one of the first iPhones to still our curiosity about whats inside the aluminum shell. 'Please note that we're doing this so you are not tempted to on your recent $500/$600 expenditure, while it is quite possible to take apart using easy to find tools we'd recommend against it as it will undoubtedly void your warranty and will most likely mar up the beautiful gadget's exterior.'"

SB_SamuraiSam writes, "Today the Folding@Home Group at Stanford University released a client (download here) that allows participants to fold on their ATI 19xx series R580-core graphics cards. AnandTech reports, 'With help from ATI, the Folding@Home team has created a version of their client that can utilize ATI's X19xx GPUs with very impressive results. While we do not have the client in our hands quite yet, as it will not be released until Monday, the Folding@Home team is saying that the GPU-accelerated client is 20 to 40 times faster than their clients just using the CPU.'"

An anonymous reader writes, "Apple's Showtime event was all well and good, but the big news today was on Anandtech.com. They found that the two dual-core CPUs in the Mac Pro were not only removable, but that they were able to insert two quad-core Clovertown CPUs. OS X recognized all eight cores and it worked fine. Anandtech could not release performance numbers for the new monster, but did report they were unable to max out the CPUs."

NerdMaster writes "NDA for Intel Core 2 CPUs was lifted on the night from yesterday to today and all major hardware reviewing websites are posting Core 2 Duo E6700 and Core 2 Xtreme X6800 reviews. Here is a collection of several reviews so you can check for yourself whether Core 2 Duo is faster or not than Athlon 64 X2. Reviews posted at Tom's Hardware Guide, AnandTech, HEXUS, Hardware Secrets, OCAU, TweakTown, HotHardware, The Tech Report, Trusted Reviews, Legion Hardware, bit-tech, ExtremeTech, Legit Reviews, Sharky Extreme, HardOCP, PC Perspective, GotFrag Hardware, Gamepyre, X-bit Labs - Part 1, tbreak, neoseeker and Byte Sector." We've already touched on this technology, but there has been (obviously) a lot of discussion about it since it was announced.

EisleyRocks writes "Trying to find the right RAM to satisfy your overclocking needs? Anandtech has reviewed the latest offering from Mushkin. From the article: 'For gamers who seek fast timings and high bandwidth at stock memory ratios, the Mushkin XP2-5300 is a very good choice. The same can be said for overclockers looking for the highest DDR2 clock speeds that they can find. There are a few memories that can go higher in speed than Mushkin DDR2, but there are very few current DDR2 modules that can do 3-3-3 timings to DDR2-700 and above, or DDR2 memories that can handle higher voltage as well as this Mushkin. For now, the Mushkin XP2-5300 is a good choice among DDR2 1GB modules in 2GB kits.'"

DrFishstik writes "Anandtech has a few preliminary benchmarks on Intel's new Conroe architecture. From the article: 'As far as we could tell, there was nothing fishy going on with the benchmarks or the install. Both systems [AMD 2.8Ghz OC and Conroe] were clean and used the latest versions of all of the drivers.'"

An anonymous reader writes "AnandTech has an interesting look inside Newegg's 180,000 square foot facility. Effectively, they followed the path of an order after it was soon placed online. AnandTech was able to get a tour of their facilities before, but this is the first time they allowed them to publish any photos."

An anonymous reader writes "Intel has officially introduced their Centrino Duo platform. The new Centrino uses the Yonah processor which I guess is now called Core Duo. AnandTech has a review of notebooks based on it and the results are pretty impressive. They tested two identical notebooks, one based on Centrino Duo and one based on Centrino. The Duo notebook lasted 30 minutes longer on battery and was faster in the benchmarks. You can't beat longer battery life and better performance."