Ten years, even five years ago Intel was the undisputed process leader, and if you wanted to see how the new process node would look like, you would wait to see a new processor coming from Intel architecture. That was the unwritten law of the semiconductor industry, with an occasional blimp when TSMC would introduce a half-node step, beating Intel’s 90/65/45/32nm with 80nm, 55nm, 40nm and 28nm GPUs for ATI and Nvidia. Today, Intel’s missed approach to mobile resulted in company loosing the process node advantage, and ultimately being forced to cancel the most of Atom product family. And now, to add insult to injury, DigiTimes (also known
Over the course of 2016 and 2017, Intel will introduce two new architectures for the desktop platform – Broadwell-E and Kaby Lake. Broadwell-E will succeed the venerable Haswell-E as a drop-in replacement for the X99 platform. On the other side, Kaby Lake is Intel’s third (and last?) processor architecture that uses 14nm FinFET process. First to launch will be Broadwell-E processors in six-, eight- and ten-core versions (sexa-, octa-, deca-core). Branded as Core i7-6800 and i7-6900 Extreme Edition series, these processors represent the best Intel can offer to the market. The company adopted a two-fold approach; i7-6850K, a six-core processor for ultimate overclockers clocked at
Intel is undergoing a transformation. The company, which at the point ballooned to over 140,000 employees is shedding 11% of its workforce and realigning itself into a new technology / product driven company which will not fight for the market by loosing billions of dollars (look at the ill-fated attempt to buy market share in mobile). Intel will push the ‘logic to memory’. The logic is now being focused around x86 and FPGAs, while the memory will evolve from SRAM / DRAM / NAND to new memory types such as 3D X-Point. In order to drive the (new) message home, Brian published another letter to its employees.
Several months ago, we exclusively disclosed the new architectural cadence for Intel processors. After a decade of manufacturing processors in an bi-annual cycle (Tick – new architecture, old process; Tock – new process and ‘old’ architecture), Intel’s SEC 10-K filing (PDF download) officially killed the Tick-Tock cadence, moving to a three-fold product line-up for a single manufacturing process. Approximately four years ago, Tick-Tock encountered a first significant hiccup with Ivy Bridge being a 22nm version of Sandy Bridge. Ivy Bridge was the first processor from Intel that we could call APU, instead of a CPU – as 40% of the die was allocated for new graphics architecture. The
We received news that Andrew Steven ‘Andy’ Grove, (born András István Gróf), co-founder, CEO and Chairman of Intel passed away at the age of 79. Alongside Robert Noyce and Gordon Moore, he was the foundation of Intel Corporation in 1968. Grove survived World War II under a false name in order to escape Nazi prosecution. A holocaust survivor, ‘Andris’ didn’t fit in pressing communist regime that encapsulated Hungary into the East Block. During the bloody Hungarian revolution in 1956, Andris managed to cross the Austrian border, reaching the United States in 1957. On the first day of operations for NM Electronics, Inc., Andy joined Robert Noyce and Gordon
It seems that NVIDIA Corporation is going from strength to strength as it presented final numbers for the fiscal fourth quarter, and fiscal financial year. Just like Apple, NVIDIA does not use Calendar Year (CY) for its earnings, unlike AMD, Intel, Qualcomm and the like. Their year ends with January 1st, and starts with February 1st. For the fourth fiscal quarter 2016, the company reported $1.40 billion, 12% more than the year before (YoY). Fiscal 2016 also marks the first time NVIDIA broke into the $5 billion club, with $5.01 billion in revenue. Revenue drive was not driven by buying the market share as the company reported healthy
For the last couple of months, enthusiasts ‘on a budget’ were buying Intel processors based on latest ‘Skylake’ architecture and overclocked them to obtain extra performance. What made overclocking especially attractive was the possibility to overclock cheaper, ‘non-K’ processors using the old method of raising the base-clock (BCLK). Given that the company faced ‘Skylake crashes in Prime95’ affair, Intel decided to push microcode updates which would not just prevent Skylake-based CPUs from crashing but to prevent all non-K CPUs from overclocking as well. This update should not surprise anyone, as lack of any meaningful competition in the performance space meant the company was free to limit the overclocking capabilities. In order to overclock an Intel processor, you
UPDATE January 18, 2016 – MSI released a beta version of the BIOS which contains micro-code update that should remove the Skylake crashing bug. You can download the beta version of the BIOS for select products on their OneDrive account. Intel recently reported its quarterly and full year results, and they’re quite impressive. The company reported fourth quarter revenue of $14.9 billion, or 1% down from Q4 2014. Net income (profit) also declined to $3.61 billion. Once we look at full year results, they’re more than interesting – 2015 saw Intel recording a revenue of $55.4 billion with $11.4 billion net income. The results are quite
As we mentioned in our previous stories, Intel plans to debut the high-end, 14nm Broadwell-E processors for desktops, workstations and servers, replacing the 22nm Haswell-E. When it comes to the desktop side of things, the company traditionally offered two different core and several clock configurations – but that is about to change. There will be at least four processors belonging to the Core i7 6800 series, all of which will feature different cores and clocks. All cores are to come unlocked, meaning you should be able to overclock these systems quite nicely. i7 6800K – six-core, 12 logic cores, 15MB L3 Cache, 3.4 GHz Base
At the recently held 2015 HotChips conference, Avinash Sodani (KNL Chief Architect, Senior Principal Engineer, Intel) gave a speech how Intel plans to expand the Xeon Phi product lineup from a server-only, PCIe card concept into three different packages, which would appeal to the workstation and server customers in different fields. On SC’15 Conference, which takes place in Austin, TX – Intel finally confirmed the strategy and is coming out with a workstation product that will feature a fully-enabled Knights Landing (KNL) Many-Core processor. In the first half of 2016, the company will ship Intel-built, Intel-branded workstation powered by self-booting Xeon Phi processor. The processor will be able to boot standard
In the world of computing, the big iron – workstations, servers and HPC, were my main focus for the most of the past three decades. However, something on the opposite end of the spectrum from HPC, the kind of uber-mini desktop device, even smaller than HTPC – attracted my attention. This miniature box platform, using laptop CPU and chipset platforms & integration, but desktop peripherals and connectivity, is called many names: from NUC (Next Unit of Computing) by Intel, whose ex-desktop mainboard division is in charge is this product line; to Gigabyte’s BRIX line, likely named in the honor of their ex director and our
Buying a computer is more complicated than it needs to be. If you are a gamer or a computer enthusiast, this post is not for you. Stop now and move along to your next article. I wrote this article to help those who think buying a computer is challenging because of all the choices, options, and hardware to consider. One reason I believe Apple has done so well over recent years is by bringing a simplicity to the buying process that just isn’t there for traditional Windows-based PCs. Most people I know buy and use these traditional Windows-based PCs, and I hope this article can help take
Advanced Micro Devices, a chip designer headquartered in Sunnyvale, California (and Austin, Texas), is cutting 500 jobs to cut costs (5% of its global workforce). The move is expected to bring the headcount down to under 9,000 employees, right in about the same number of employees as one of its competitors, NVIDIA Corporation. For anyone familiar with the processor market, this shouldn’t come as a surprise. The company has been struggling to make competitive products over the past couple of years, with even highly innovative products often not being in stock due to low availability. The chip maker is struggling to keep up with its main competitors, with Intel currently
According to a rumor, Apple’s next processor should bear the name ‘A10’ and it may come with as much as six-cores. It would be manufactured using a 14 nanometer production process and it would be produced by either Samsung in Texas or TMSC in Taiwan. Original rumor mentioned 10nm process node, but that just goes to show that original source should be taken with a kilogram of sea salt on its tail. These two companies would be competing for orders, the Weibo source said. We can get behind the naming, but the rest seems a bit off as Apple is not a company known for doing major internal hardware changes.
When AMD launched its Fiji-based graphics cards, all eyes were focused on its performance in consumer applications such as computer games. And while the first results forced Nvidia to launch “Titan Lite” in the form of GeForce GTX 980 Ti, DirectX 12 benchmarks are starting to show different, brighter outlook for AMD, starting with Ashes of the Singularity. The focus of this article however, is its potential and usage in applications where Fiji GPU will be branded as Fire Pro, and Fire Pro S (Server) – where AMD can take an ASIC and upsell it to commercial clients, with full-speed enabled for Double Precision floating point
According to the company tagline “Personalized Treatment Surveillance. Better Outcomes.” CareDX, Inc. is a molecular diagnostic company which is known for its AlloMap service that monitors patients with heart transplants. Current focus is on expanding the AlloMap line of blood-test products with cfDNA for Heart and cfDNA Kidney – potentially changing the lives of millions of transplant patients worldwide. Key of the company is ‘gene expression profiling,’ using the best of semiconductor industry to analyze blood cells on a molecular level, in order to identify gene activity in various types of blood cells. By building patient maps, doctors can research and predict how a patient is reacting to treatment, inflammation
Couple of months ago, we exclusively reported that the U.S. government blocked Intel from selling its products to Chinese supercomputer firms such as Inspur, responsible for building the Tianhe-2 supercomputer. Originally, Tianhe-2 was planned to expand all the way to almost 100,000 Xeon processors and Xeon Phi co-processors, targeting to beat the 100 PFLOPS barrier. Initial deployment included 4,096 Chinese Galaxy FT-1500 processors (Chinese SPARC) and 16,000 processor nodes with two 12-core Xeon E2692 processors and three Xeon Phi 31S1P co-processors for a grand total of 3.12 million cores. Full installation of Tianhe-2 was scheduled to feature 48,000 processor nodes, or 9.93 million cores. However, those
In my 30-year career as an IT hardware expert, I’ve seen thousands of roadmaps, leaked, manage-leaked and official alike. Many were on target, yet still quite a few headed for the “failed” dustbin. Among all of them, Intel’s “tick-tock” plan was probably the most ambitious one in terms of attempted consistency and predictability. Knowing the multiple interlinked uncertainties of semiconductor process, CPU architecture, ecosystem changes and others, it was a wonder in itself that it lasted for several years, until the major slippages occurred in the Sandy Bridge generation. From then on, not only there were major delays introduced to the high end lines as the
While Intel may have lost some serious income from being virtually shut out of Intel’s HPC market, the US government has recently handed the company two impressive supercomputer wins.
Just as Intel’s (NASDAQ: INTC) CEO Brian Krzanich opened the regular staff meeting before a dramatically reduced IDF2015 conference, in Shenzhen, China – it is a good time to review how government and enterprises don’t see eye to eye when it comes to strategic business. Remember the Tianhe-2 machine at Guangzhou Supercomputer Center, the current World’s number one according to Top 500 Supercomputer list? Unlike some other China supercomputers with their mixed architectures – Tianhe-2 is a fully Intel based machine, the world’s largest assembly of Intel Xeon CPUs and Xeon Phi accelerators. Even after Intel ‘opened the kimono’ and gave a nearly 70% discount on its processors and accelerators, it