MojoKid writes "AMD's new Piledriver-based Opterons are launching today, completing a product refresh that the company began last spring with its Trinity APUs. The new 12 & 16-core Piledriver parts are debuting as the Opteron 6300 series. AMD predicts performance increases of about 8% in integer and floating-point operations. With this round of CPUs, AMD has split its clock speed Turbo range into 'Max' and 'Max All Cores.' The AMD Opteron 6380, for example, is a 2.5GHz CPU with a Max Turbo speed of 3.4GHz and a 2.8GHz Max All Cores Turbo speed."

MojoKid writes "ARM debuted its new 64-bit microarchitecture today and announced the upcoming launch of a new set of Cortex processors, due in 2014. The two new chip architectures, dubbed the Cortex-A53 and Cortex-A57, are the most advanced CPUs the British company has ever built, and are integral to AMD's plans to drive dense server applications beginning in 2014. The new ARMv8 architecture adds 64-bit memory addressing, increases the number of general purpose registers to 30, and increases the size of the vector registers for NEON/SIMD operations. The Cortex-A57 and A-53 are both aimed at the mobile market. Partners that've already signed on to build ARMv8-based hardware include Samsung, AMD, Broadcom, Calxeda, and STMicro." The 64-bit ARM ISA is pretty interesting: it's more of wholesale overhaul than a set of additions to the 32-bit ISA.

angry tapir writes "AMD has announced it will sell ARM-based server processors in 2014, ending its exclusive commitment to the x86 architecture and adding a new dimension to its decades-old battle with Intel. AMD will license a 64-bit processor design from ARM and combine it with the Freedom Fabric interconnect technology it acquired when it bought SeaMicro earlier this year."

hypnosec writes "The Oak Ridge National Laboratory has unveiled a new supercomputer – Titan, which it claims is the world's most powerful supercomputer, capable of 20 petaflops of performance. The Cray XK7 supercomputer contains a total of 18,688 nodes and each node is based on a 16-core AMD Opteron 6274 processor and a Nvidia Tesla K20 Graphical Processing Unit (GPU). To be used for researching climate change and other data-intensive tasks, the supercomputer is equipped with more than 700 terabytes of memory."

MojoKid writes "After its conference call last week, AMD is jonesing for some positive news to toss investors and is planning a major announcement on Monday to that effect. Rumor suggests that a number of statements may be coming down the pipe, including the scope of the company's layoffs, new CPUs based on Piledriver Opterons, and possibly an ARM server announcement. The latter would be courtesy of AMD's investment in SeaMicro. SeaMicro built its business on ultra-low power servers and their first 64-bit ARMv8 silicon is expected in the very near future. However, there's always a significant lag between chip announcements and actual shipping products. Even if AMD announces Monday, it'd be surprising to see a core debut before the middle of next year."

Says a story at Slash Datacenter: "Dell announced Oct. 24 that it had taken the next step into the low-power server market through the development of a second ARM-based server platform, which it will donate to the Apache Software Foundation for software development and app porting. The 'Zinc' concept runs the Calxeda EnergyCore chip, an ARM-based processor that the company hopes will eventually be featured in data centers running specialized workloads. It follows Dell’s earlier effort, dubbed 'Copper,' which it released in May. Neither server is commercially available, with Dell saying only that it would bring the hardware to market at an 'appropriate time.' Dell has said that it believes that the ARM-based server market is approaching an inflection point, and that it believes now is the right time to help foster development and testing of operating systems and applications for ARM servers. It’s a big step for the company, which has historically been an all-Intel shop, only occasionally buying processors from AMD." The ASF has access to the server (humming in a data center in Austin), and it's been busy: developers have "performed more than a dozen builds within the first 24 hours of the servers’ deployment, and on-going builds are being performed by the Apache Derby, River, Tapestry, and Thrift projects."

J. Dzhugashvili writes "Nvidia 'The Way It's Meant To Be Played' splash screens are all over major PC games. AMD's developer relations program used to be a much lower-profile affair, but that's changed recently. New and upcoming games like Sleeping Dogs, Dishonored, Medal of Honor Warfighter, Far Cry 3, BioShock Infinite, and the Tomb Raider reboot are all part of AMD's Gaming Evolved program. As it turns out, that's because AMD's new executive team is more keen on gaming than their predecessors, and they've poured more money into the initiative. The result: closer relationships between AMD and game developers/publishers, better support for Radeon-specific features in new titles, and juicy game bundle offers."

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.

colinneagle writes "It's a darned shame, but the writing is on the wall for AMD. The ATI graphics business is the only thing keeping it afloat right now as sales shrivel up and the company faces yet another round of staffing cuts. You can only cut so many times before there's no one left to innovate you out of the mess you're in. Qualcomm, on the other hand, dominates this space, and it has the chips to back it up. The Snapdragon line of ARM-based processors alone is found in a ridiculous number of prominent devices, including Samsung Galaxy S II and S III, Nokia Lumia 900 and 920, Asus Transformer Pad Infinity and the Samsung Galaxy Note. Mind you, Samsung is also in the ARM processor business, yet it is licensing Qualcomm's parts. That's quite a statement."

New submitter arun84h writes "An update to an energy law, which will apply in the European Union, has the power to limit sale of discrete components deemed 'energy inefficient.' GPU maker AMD is worried this will affect future technology as it becomes available, as well as some current offerings. From TFA: 'According to data NordicHardware has seen from a high level employee at AMD, current graphics cards are unable to meet with these requirements. This includes "GPUs like Cape Verde and Tahiti", that is used in the HD 7700 and HD 7900 series, and can't meet with the new guidelines, the same goes for the older "Caicos" that is used in the HD 6500/6600 and HD 7500/7600 series. Also "Oland" is mentioned, which is a future performance circuit from AMD, that according to rumors will be used in the future HD 8800 series. What worries AMD the most is how this will affect future graphics cards since the changes in Lot 3 will go into effect soon. The changes will of course affect Nvidia as much as it will AMD.' Is this the beginning of the end for high-end GPU sales in the EU?" The report in question. Each performance category of hardware has a power draw ceiling; in this case, regulators are increasing the minimum bus bandwidth for the highest performance category, bumping all hardware on the market into the next lowest. Unfortunately, no current hardware or planned hardware on the high end will come under the power draw ceiling for that category.

An anonymous reader writes "AMD is preparing to lay off 20 to 30 percent of its workforce after warning of a 10 percent decline in Q3 revenues driven by the weak global economy and PC sales, according to AllThingsD's Arik Hesseldehl. The layoffs will reportedly focus on engineering and sales, and are in addition to a 10 percent headcount reduction 11 months ago. Teams of consultants from McKinsey and Boston Consulting Group are reportedly swarming headquarters to advise the CEO Rory Read, who took over from Dirk Meyer a little over a year ago; several senior executives, including the CFO, have recently departed."

An anonymous reader writes "The Mesa developers released Mesa 9.0 with open-source OpenGL 3.1 driver support. This de facto OpenGL Linux implementation now supports the several year old OpenGL 3.1 specification for Intel hardware while the other drivers are still at OpenGL 3.0 or worse. Other features to Mesa 9.0 include completing MPEG1/MPEG2 video acceleration, early OpenCL support, bug-fixes, and new hardware support." OpenGL 3.1 support is limited to Intel hardware, but at least ATI/AMD hardware supports some of OpenGL 3.1. A few features from OpenGL 4 were also added.

crookedvulture writes "Over the past few years, AMD's desktop processors have struggled to keep up with Intel's. AMD has slashed prices to make its chips more appealing, but Intel has largely held firm. Three years of historical data shows that Intel CPU prices have remained stagnant, especially for models that cost $200 and up. AMD chips, on the other hand, tend to fall in price steadily after they first hit the market. Some drop by up to 43% in the first year. This trend is a byproduct of the unhealthy competitive landscape in the desktop CPU arena, and it's been great for Intel's gross margin. Unfortunately, it's not so good for consumers."

eldavojohn writes "News outlets are reporting that AMD has partnered with BlueStacks to bring Android apps to AppZone Player, something that will apparently allow the more than 500,000 mobile apps to run on your PC. From their announcement: 'What's special about the player on AMD-based products? There are many challenges with running apps that were originally designed for phones or tablets on a PC that in most cases has a larger screen and higher resolution display. To solve this, BlueStacks has designed and optimized the player for AMD Radeon graphics and in particular, our OpenGL drivers found in our APUs and GPUs so you get a great 'big-screen' experience. Additionally, the apps are integrated into AppZone, our online showcase and one-stop-shop for apps accelerated by AMD technology.' Unfortunately this appears to only work on AMD-based PCs (although nowhere does it say that it won't work on Intel CPUs or non-Radeon GPUs). Also no word on how they overcame the difference between a mouse and touchscreen (think pinch to zoom)."

Barence writes "AMD's APUs combine processor and graphics core in the same chip. Its latest Trinity chips are more powerful than ever, thanks to current-generation Radeon graphics and the same processing cores as AMD's full-fat FX processors. They're designed to take down Intel's Core i3 chips, and the first application and gaming benchmarks are out. With a slight improvement in applications and much more so in games, they're a genuine alternative to the Core i3." MojoKid writes with Hot Hardware's review, which also says the new AMD systems "[look] solid in gaming and multimedia benchmarks, writing "the CPU cores clock in at 3.8GHz / 4.2GHz for the A10-5800K and 3.6GHz / 3.9GHz for A8-5600K, taking into account base and maximum turbo speeds, while the graphics cores scale up to 800MHz for the top A10 chip."

An anonymous reader writes "Presenting at the IEEE High Performance Extreme Computing conference, a researcher from the University of Tennessee presented evidence that the iPad 2 is as fast as the original Cray-2 supercomputer. Performance improvements were made to the iPad 2 LINPACK software by writing Python for generating and testing various Assembly routines. The researcher also found that the ARM Cortex-A9 easily beats the NVIDIA/AMD GPUs and latest Intel/AMD workstation CPUs in performance-per-Watt efficiency."

dgharmon points out comments from AMD's Steve Belt, who was asked about the company's upcoming Hondo APU. Hondo is their biggest attempt to date to break into the tablet market, and they're doing so with a distinct focus on Windows 8. Belt said, "This is a Windows 8 product, only. We're not doing Android on this platform, at least not now. ... It is a conscious decision not to go after Android. We think the Windows 8 space has a lot of opportunity, there's plenty of TAM [total addressable market] there for us to go at. So we don't need to spread ourselves into other markets, we think Windows 8 is a great place to start. Down the road we may look at Android, right now we're focused on Windows 8." The article adds, "With both AMD and Intel readying Hondo and Clover Trail respectively for Windows 8 and pushing their respective customers to come up with designs at roughly the same time, it will be interesting to see just how many Windows RT tablets will appear at the operating system's launch. However one thing is clear, neither AMD nor Intel will have Android x86 tablets running with their respective next generation ultra low voltage chips." Fortunately, there's nothing stopping users and manufacturers from running other OSes on Hondo.

Nerval's Lobster writes "AMD named John Gustafson as senior fellow and chief product architect of AMD's Graphics Business Unit, the former ATI graphics business unit. Gustafson, known for developing a key axiom governing parallel processing, will apply that knowledge to AMD's more traditional graphics units and GPGPUs, co-processors that have begun appearing in high-performance computing (HPC) systems to add more computational oomph via parallel processing. At the Hot Chips conference, AMD's chief technical officer, Mark Papermaster, also provided a more comprehensive look at AMD's future in the data center, claiming that APUs were the keystone of the 'surround computing era,' where a wealth of data — through sensors, gestures, voice, augmented reality, metadata, and HD video and graphics — will need to be contextualized, analyzed, and either encrypted or assigned privacy policies. That, of course, means the cloud must shoulder the computational burden."

An anonymous reader writes "The BeOS-compatible Haiku OS operating system has been ported to x86_64. As part of the Google Summer of Code, a student made a 64-bit port of the kernel and user-space and it's now working. However, not all of the BeOS apps and drivers are yet working in 64-bit mode."

MojoKid writes "Today at the Hot Chips Symposium, AMD CTO Mark Papermaster is taking the wraps off the company's upcoming CPU core, codenamed Steamroller. Steamroller is the third iteration of AMD's Bulldozer architecture and an extremely important part for AMD. Bulldozer, which launched just over a year ago, was a disappointment. The company's second-generation Bulldozer implementation, codenamed Piledriver, offered a number of key changes and was incorporated into the Trinity APU family that debuted last spring. Steamroller is the first refresh of Bulldozer's underlying architecture and may finally deliver the sort of performance and efficiency AMD was aiming for when it built Bulldozer in the first place. Enhancements to Fetch and Decode architecture have been made, as well as increased scheduler efficiency and cache load latency, which combined could bring a claimed 15 percent performance-per-watt performance gain. AMD expects to ship Steamroller sometime in 2013 but wouldn't offer timing detail beyond that."