CPU

Advanced Micro Devices develops world-class graphics processing hardware. The company’s GPUs pose serious competition to Nvidia Corp.’s graphics solutions on the PC market. However, when it comes to professional graphics or high-performance computing applications, Nvidia has loads of advantages thanks to its fine drivers and comprehensive software suite. Apparently, AMD …

Intel Core M “Broadwell” processors already feature impressively low power consumption, but the upcoming Core M “Skylake” chips will sport not only all-new micro-architecture, but also even lower power consumption, according to an excerpt from Intel’s document. Manufacturers of notebooks and high-performance tablets will be able to make their devices thinner and …

Advanced Micro Devices said this week that its accelerated processing units code-named “Amur” and “Nolan” will probably never go into mass production. The company believes that their performance will not be competitive and its future products made using FinFET fabrication processes have better chances to become successful. After Lisa Su …

Next year Advanced Micro Devices plans to introduce not only all-new accelerated processing units and central processing units, but also fresh platforms for client PCs. While AMD will do a lot to unify its next-gen platforms, there will still be major differences between systems powered by different microprocessors. AMD’s client …

Advanced Micro Devices on Wednesday confirmed development of its first accelerated processing unit for high-performance computing and workstation applications. The chip will integrate many high-performance general-purpose cores as well as high-performance graphics processing unit. The company did not reveal any exact information about the upcoming chip. “In 2016 – 2017 …

Advanced Micro Devices on Wednesday said that it will delay high-volume shipments of microprocessors powered by its custom ARMv8-compatible “K12” cores to 2017. The company did not reveal any reasons behind the postponement. AMD’s “K12” core is the company’s first 64-bit ARMv8-A-compatible microprocessor engine designed entirely in-house. Development of the …

Advanced Micro Devices on Wednesday confirmed that its next-generation high-performance x86 micro-architecture code-named “Zen” will power its leading-edge microprocessors in 2016. The company also revealed that its developers are already working on “Zen+” micro-architecture for its future processors. Mark Papermaster, chief technology officer of AMD, said that “Zen” x86 processor …

Intel Corp. has unveiled its new Xeon E7-8800/4800 v3 microprocessors designed for mission critical, real-time analytics, Big Data and in-memory applications. The new chips integrate up to 18 cores, feature all-new RAS [reliability, availability, serviceability] features and support a number of new technologies that greatly improve performance of specific applications. …

MicroStar International has announced the launch of eight new FM2+ mainboards designed for AMD’s latest accelerated processing units. The new motherboards fully support the upcoming code-named “Godavari” (Kaveri Refresh) APUs, but retain compatibility with existing hybrid microprocessors with integrated graphics from AMD. The new FM2+ mainboards from MSI are new …

Without making any loud announcements, Intel Corp. has started to ship its new-generation microprocessors code-named “Broadwell” to system makers. At least one high-end PC manufacturer is already offering computers featuring Intel’s new central processing units. CyberPowerPC currently sells Gamer Xtreme GXi320OS system featuring quad-core Intel Core i7-5775C (3.3GHz/3.7GHz) microprocessor with …

STMicroelectronics, one of a few semiconductor manufacturers from Europe, said that it would not develop 10nm process technology. Essentially, this means that the company will close its chip manufacturing facility in Crolles, France, at some point in the future. “We do not have any 10nm planned, and we do not …

A newly published roadmap of Intel Corp. confirms that the company is on track to release its code-named “Broadwell” and “Skylake-S” microprocessors this year as well as “Broadwell-E” chips early in 2016. PCOnline has published a slide from Intel’s roadmap, which reveals model numbers of Intel’s upcoming central processing units. …

Just like other contract makers of semiconductors, GlobalFoundries is already developing its next-generation 10nm process technology. However, despite of the fact that GlobalFoundries is about to acquire IBM’s semiconductor manufacturing business and the company’s close ties to Samsung Electronics, the 10nm fabrication tech is developed completely internally at the moment. …

Although leaked roadmaps of Advanced Micro Devices indicate that the company’s next year’s accelerated processing units and central processing units will all be made using 14nm FinFET fabrication process at GlobalFoundries, this does not mean that AMD plans to cease using Taiwan Semiconductor Manufacturing Co. as a production partner. For …

The U.S. government recently banned sales of Xeon Phi co-processors for high-performance computing applications to numerous supercomputer sites in China, slowing down development of local research. But perhaps, China will not need any HPC chips from the world’s renowned suppliers in the future as domestic companies are developing a number …

Gigabyte Technology on Thursday said that it had released new BIOS versions for all of its latest LGA1150 mainboards that add support for Intel Corp.’s upcoming Core i-series 5000-sequence “Broadwell” microprocessors. The move confirms imminent introduction of Intel’s new central processing units. From now on, all Gigabyte mainboards based on …

United Microelectronics Corp., the world’s second largest contract maker of semiconductors, said that it would not offer 20nm planar fabrication process, but will jump directly to 16nm FinFET manufacturing technology. Skipping the node will help the company to catch up with its competitors. Although it was widely expected that UMC …

Advanced Micro Devices first revealed plans to develop special low-power/low-cost x86 micro-architectures in mid-2007 in a bid to compete for ultra-portable and inexpensive devices. The micro-architectures got their names – Bobcat, Jaguar and Puma – from cats to emphasize their agility and efficiency. Eight years later AMD abandons development of …

An alleged AMD insider has published what it appears to be the company’s microprocessor roadmap for 2016. If the plan is accurate and AMD manages to execute it, then next year the company will release a top-to-bottom family of central processing units based on “Zen” micro-architecture as well as one …

Anonymous insiders from Advanced Micro Devices on Tuesday revealed more details about the company’s upcoming microprocessors based on “Zen” micro-architecture. Just as expected, the new “Zen” central processing units will be dramatically different compared to “Bulldozer” CPUs. Moreover, as it appears, AMD intends to reconsider some of the things that …

UPDATE: The original story stated that it described an implementation of an AMD microprocessor based on “Zen” micro-architecture. In fact, the story describes one “Zen” core. Although there are a lot of rumours about AMD’s next-generation code-named “Zen” microprocessors, there are not a lot of official or even semi-official details about …

Intel Corp. will assist its partners in releasing inexpensive tablets based on the company’s recently announced Atom x3 system-on-chips code-named “SoFIA”. The slates based on the SoC will feature different screen sizes and will address various market segments. Intel plans to offer its partners a new set of reference designs …

A web-site has published what it claims to be specifications of Intel Corp.’s next-generation desktop microprocessors code-named “Skylake-S”. If the information is correct, then the initial “Skylake-S” family will hardly be truly broad and will not impress with high clock-rates. The upcoming Core i5 and Core i7 “Skylake-S” product lineup …

Advanced Micro Devices will continue to use multi-chip-module design for its upcoming AMD Opteron processors. This should greatly help the company to reduce its development and manufacturing costs, but may affect performance of its central processing units for servers. The forthcoming AMD Opteron processors with up to 32 cores based …

ASML Holding NV, one of the world’s leading makers of semiconductor manufacturing equipment, this week said that it had signed an agreement with one of its major U.S.-based customers to deliver at least 15 ASML extreme ultraviolet (EUV) EUV lithography systems. Given the scale of the order it is highly likely …

It is not a secret that Samsung Electronics is developing its own 64-bit ARMv8-A-compatible general-purpose processing core. This month the full-custom core from the company gained support from developers of tools used to create software. The latest versions of GNU Binutils, a collection of binary tools, as well as GNU …

Despite of a lot of hype about ARM-based servers in the recent years, actual number of their deployments remains very low. However, ARM Holdings is optimistic about its market opportunities and expects 20 per cent of servers to be ARM-based by 2020. In a bid to dramatically increase its share of …

Rumours about personal computers in clamshell form-factors powered by microprocessors featuring ARM architecture have been floating around for years, but only recently select Chinese companies released notebooks with Google Chrome OS that actually use ARM-based system-on-chips. According to ARM Holdings, these systems are only the beginning. “Just recently we have …

Intel Corp. plans to release its long-awaited Core i5 and Core i7 “Broadwell” microprocessors with unlocked multiplier for desktops in the middle of May, according to a slide from the company’s presentation. While the chips will “officially” support overclocking, they may not necessarily get popular among enthusiasts. Intel intends to …

Taiwan Semiconductor Manufacturing Co. remains optimistic about its abilities to make chips using thinner process technologies going forward. Last week the company said that it would start risk production of integrated circuits using its 7nm process technology in 2017. Mass production of commercial 7nm products will likely begin in 2018, …