At Intel Corporation’s annual investor meeting held on Friday, the company announced that its board of directors has approved an increase in its cash dividend to $1.04 per-share on an annual basis, an eight-cent increase, beginning with the dividend that will be declared in the first quarter of 2016. Intel also provided the 2016 Business Outlook. “Our financials show that Intel’s transformation is underway, and we’re forecasting growth for 2016,” said Stacy Smith, Intel CFO. “The 2016 dividend increase reflects confidence in the strategy and Intel’s ongoing commitment to create value and return cash to shareholders.” At today’s investor meeting, Intel CEO Brian Krzanich addressed
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
Intel’s next generation HEDT (High-End desktop) family isn’t scheduled to launch soon, but the leaked information confirms the upcoming Intel Core i7-6950X will be based on the Broadwell-E architecture, scheduled to arrive in spring 2016. Unlike the previous rumors about the processor family, the i7-6950X should be a performance monster with feature 10 cores i.e. 20 Threads, giving enthusiasts the fastest CPU on which they could base their high-end systems. The latest news on the Broadwell-E family comes from XFastest who have confirmed that Intel’s Core i7-6950X processor will be coming soon. The Intel Core i7-6950X processor should run with a base clock of mere 3.00 GHz, followed by a turbo boost clock that has yet to be
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
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
While various watchmakers are considering entering the Android wearable market, two of them (finally) revealed their plans today. Fossil and Michael Kors will enter the wearable market, all combined with Intel as the company providing them with processing power. During the IDF (Intel Developer Forum) keynote, the fashion brands revealed what they call the “connected accessories” product group and lineup. Yes, are all powered by the tech-giant Intel. This could well mean some newly found success on the wearable market for Google-powered products, as we have yet to see something spectacular in that area. From what we found out earlier today, the three wearable devices are a
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
Given the slow disintegration or refocusing of its competitors, we were not all too surprised when Intel started to slow down its famous “Tick-Tock” manufacturing cadence. Originally introduced in 2006 with the “Conroe”, Core 2 Duo processors, Tick-Tock was mixed between a new microarchitecture and current manufacturing process (Tock), and a new process, die-shrink processor with some architectural optimizations (Tick). Further separation in Tick-Tock was a cadence between mainstream parts (desktop, mobile) and high-end parts (gaming, workstations) – Tick or Tock would always debut as mainstream parts, followed by high-end 6-12 months after. High end would typically mean Intel Xeon and Core i7 ‘X’ line-up.
Computex has seen better years.
Intel is pushing hard to become a leader in the SSD space.
Mobile cores are growing. But really, what do you really need them all for?
Earlier today Intel agreed to finalize a takeover of Altera. Here’s why it’s a timely move.
Intel says that it’s bringing USB-C compatibility to Thunderbolt.
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
The Father of Moore’s Law gives it another decade.
New 18-core Xeon chips ready for crunching big data.
Broadwell for desktop is a low-key affair.
Intel will offer a total of 10 SKUs for Skylake, with commercial availability scheduled for the latter half of 2015.