IT/Enterprise

Companies the world over give IT admins access to some of their most sensitive information. This is the kind of information that if lost, damaged, or stolen would lead to lost money and business for the company. An Arizona man name Tavis Tso has entered into a plea deal resulting from his actions where he took the domain name of a company and redirected it to a teen porn site. The incident went something like this. Tso was a contract IT admin for an unnamed company and had done some work for the company at some point. The client company asked Tso for their GoDaddy login information so that it could... Read more...
Intel is ready to assault the workstation market with the release of new processors that are part of the Xeon W family. Intel claims that the Xeon W series processors up to 1.36x times faster than their previous generation counterparts, and are up to 1.87x faster than chips from four years ago. All of the new Xeon W processors are built on Intel’s 14nm+ processor technology, support Intel Mesh architecture, slot into LGA 2066 motherboards and come with 48 PCIe 3.0 lanes. You can also expect full support for Intel Turbo Boost Technology 2.0, quad-channel DDR4-2666 ECC memory, and AVX-512 acceleration.... Read more...
There is a big push for solid state drive (SSDs) to transform the data center storage market, and Intel is banking on a new form-factor to help spur that transition. The company has announced its new “Ruler” SSD form-factor, which completely ditches legacy 2.5- and 3.5-inch formats. These “long and skinny” SSDs are optimized to maximize storage capacity in targeted servers, while outperforming legacy form-factors in both cooling and power requirements. Using the Ruler form-factor, Intel says that it can infuse 1U servers with up to 1PB of storage, which would be enough to hold 300,000 HD movies.... Read more...
In an era where high profile data breaches are becoming far too common, IBM has a solution that could help. The company on Monday unveiled IBM Z, a next generation mainframe that is is billing as the world's most powerful transaction system. Just as importantly, it offers pervasive encryption so that all data is encrypted all of the time, whether it is part of an application, cloud service, or chunks of bits in a database. "The vast majority of stolen or leaked data today is in the open and easy to use because encryption has been very difficult and expensive to do at scale," said Ross Mauri, General... Read more...
Intel announced its Xeon Scalable processor family based Skylake-SP a few weeks back, but today marks the official launch of the platform. These new processors feature a new microarchitecture versus previous-generation Xeons and Intel has revamped the naming convention and arrangement of the product stack as well. Whereas previous-generation Xeon processors carried version, class, and model number designations – for example, Xeon E5-2697 v4 – the Xeon Scalable processor family is now designated by Platinum, Gold, Silver, and Bronze categories, with a single model number.The new naming convention... Read more...
Intel announced its family of Xeon Scalable Processors in early May, featuring the Skylake-SP microarchitecture. Those processors haven’t officially launched just yet, but today the chip giant is revealing one of the key technologies being leveraged in the Xeon Scalable Processor family. A new mesh interconnect architecture has been designed to increase bandwidth between on-chip elements, while simultaneously decreasing latency, and improving power efficiency and scalability.In a blog post on the company’s website, Akhilesh Kimar, Skylake-SP CPU Architect explains, “The task of adding more cores... Read more...
We wrote last month about Intel's plans to overhaul its Xeon lineup, in effect forcing us to forget everything we ever knew about its current model naming convention. When the new Skylake-SP Xeons are released, they'll be separated by a simple medal-based ranking system: Bronze, Silver, Gold, and the baller-sounding "Platinum" edition. Today, we learn about what some of those chips are going to bring to the table. It looks like the "Intel Xeon Platinum 8176" chip is going to be one to drool over in the server space, as it delivers an impressive 28 cores (56 threads with Intel HyperThreading), which... Read more...
AMD is looking to make a big impact on the enterprise market with its upcoming Naples platform. Naples will bring tons of memory bandwidth and up to 32 cores, so many have been wondering what Intel has up its sleeves to counter it. Overall, the blue team still has the fastest IPC and single-threaded performance, so it doesn't have much to fear for now, but if Naples can deliver close to what is being promised, it is going to give the enterprise market a long overdue shakeup. As we now learn, part of Intel's disruption versus their competition will be underscored with a rebranding, as... Read more...
Whenever Intel releases a new processor architecture, it typically focuses first on consumers and then rolls out Xeon counterparts that are suitable for entry-level workstations. So it goes with Kaby Lake. Having launched its first batch of desktop Kaby Lake chips for consumers just two months ago, Intel today announced its new Xeon E3-1200 V6 family based on the same architecture. To kick things off, it's launching eight Xeon E3-1200 V6 processors ranging in base clockspeed from 3GHz to 3.9GHz, all of which are quad-core processors. Six of them support Hyper Threading. Perhaps more importantly,... Read more...
When Intel and Micron jointly announced 3D Xpoint memory technology a couple of years back, the two companies made some bold claims. 3D Xpoint is being positioned as a revolutionary non-volatile memory tier that can offer orders of magnitude better performance and endurance than traditional NAND flash memory, with much higher density than DRAM. Our original coverage of the 3D Xpoint announcement is available here if you’d like a quick refresher.Today we have some news regarding the first product that Intel will ship leveraging 3D Xpoint memory technology, the brand new Intel Optane SSD DC... Read more...
A few months back, Intel updated its enterprise-class solid state storage line-up with a new series of NVMe-based drives – the DC P3520 series -- featuring IMFT 3D MLC NAND flash memory. Like some of its other high-end offerings, the drives featured Intel’s native NVMe PCI Express controller, but the use of more affordable 3D MLC NAND allowed Intel to reduce costs, while keeping endurance relatively high.Since some of the first consumer-class solid state drives hit the scene, Intel has been known to push the envelope in the space, and ultimately drive prices down. Intel did it somewhat recently... Read more...
Quick, which is more expensive to own, a Windows PC or a Mac? Conventional wisdom (and not-so-fuzzy math) says Macs typically cost more than comparable Windows PCs, but if you look beyond the initial price and also factor in time and money spent maintaining each system, do things change? IBM's VP of Workplace as a Service Fletcher Previn came to the conclusion that Macs are by far the better buy after analyzing post-sales costs. While speaking at the Jampf Nation User Conference this week, Previn broke it down like this—the initial cost of purchasing a Mac system runs anywhere from $117 to $454... Read more...
In June of last year, Intel announced a $16.7B acquisition of chip designer Altera, a Silicon Valley bellwether known for producing FPGAs (Field Programmable Gate Arrays), PLDs (Programmable Logic Devices), Embedded Processors, and ASICs (Application Specific Integrated Circuits). At the time of the announcement, Intel CEO Bryan Krzanich said, “Intel’s growth strategy is to expand our core assets into profitable, complementary market segments. With this acquisition, we will harness the power of Moore’s Law to make the next generation of solutions not just better, but able to do more.” That’s a... Read more...
Back in March, Intel launched its Xeon Processor E5 v4 family of products, based on the Broadwell-EP core. We had the chance to evaluate a dual Xeon E5-2697 v4-based system with a total of 36 cores (72 Threads) and detailed some of the changes and new features in Broadwell-EP. As powerful as that 36-core system was, the E5 v4 family is not Intel’s top-end server offering. That designation belongs to the Xeon E7 v4 product family being announced today, which typically features more cores, more cache, and support for additional sockets.Xeon E7 v4 Processor, Top And BottomThough they are a different... Read more...
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