Intel introduces subsequent-gen Xeon E7, E5 and E3 households for enterprise area

Intel introduces next-gen Xeon E7, E5 and E3 families for enterprise space

Fact be informed, not a lot has been introduced on the buyer finish at IDF Beijing earlier in the present day, however Intel did tease us with upcoming refreshes of its Xeon E7, E5 and E3 households for the enterprise area. In chronological order we have now the Haswell-based mostly E3 with TDP as little as 13W, and it is coming in mid-2013. That is adopted by the “Ivy Bridge-EP” E5 in Q3 after which the “Ivy Bridge-EX” E7 collection in This fall, the latter of which boasting 3 times the reminiscence capability of its predecessor, together with Intel’s Run Positive reliability function. Extra particulars within the press launch after the break when you’re into these flavors of chips.

Additionally talked about on the keynote have been the now-obtainable Atom S12x9 household for storage methods, in addition to a few upcoming 22nm sixty four-bit Atom SoCs codenamed “Avoton” and “Rangeley,” each of that are sampling now and are anticipated to launch within the second half of this yr. We have truly already heard of the microserver-pleasant Avoton from Fb’s Open Compute Venture, whereas Rangeley for community infrastructures was additionally detailed across the similar time; so once more, hit up the press launch for extra particulars.

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Intel Xeon E7, E5 and E3; Avoton and Rangeley Atom enterprise SoCs

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Reworking Experiences, from Units to Datacenters

BEIJING, April 10, 2013 – Throughout her keynote on the Intel Developer Discussion board as we speak in Beijing, Diane Bryant, senior vice chairman and common supervisor of Intel’s Datacenter and Related Methods Group, mentioned how her firm helps customers harness highly effective new capabilities that may enhance the lives of individuals by constructing smarter cities, more healthy communities and thriving companies.

Bryant unveiled particulars of upcoming applied sciences and merchandise that present how Intel goals to rework the server, networking and storage capabilities of the datacenter. By addressing the complete spectrum of workload calls for and offering new ranges of software optimized options for enterprise IT, technical computing and cloud service suppliers, unprecedented experiences could be delivered.

Huge Knowledge

In response to the Cisco International Cloud Index, the annual international datacenter visitors will attain 6.6 zettabytes by the top of 2016, and international IP visitors will attain 554 exabytes per thirty days. Placing this quantity in perspective, specialists consider mankind has created 5 exabytes of data because the daybreak of civilization till 2003.

Intel is on the intersection of the forces driving the explosion of knowledge, corresponding to the rise of cellular units producing Net-scale knowledge, the expansion of excessive-efficiency computation and a rising vary of sensors and embedded units that acquire knowledge from cars, digital indicators and extra. To assist organizations draw new insights from knowledge, Intel lately introduced its Intel Distribution for Apache Hadoop* software program that delivers optimizations to efficiency and safety, to assist extra organizations and other people reap the benefits of the huge quantities of knowledge being generated. Intel’s Hadoop efforts originated in China, and has been efficiently deployed in sensible transportation and telecommunications, amongst different industries.

· Enhancing Security, Decreasing Congestion: Bocom, a number one provider of visitors administration options, is collaborating with Intel to rework its finish-to-finish answer from level video seize to an enormous knowledge analytics answer. Utilizing Intel® Xeon®, Bocom can extract knowledge from video and ship that info to an Intel-based mostly Hadoop cluster for distributed storage and analytics. People can use this info to streamline their visitors plans, whereas city planners can prioritize capital investments and higher allocate public security assets.

· Actual-Time Name Knowledge: With China’s big inhabitants, and the excessive fee of calls and SMS messages, China Cellular was challenged with providing correct, well timed billing and utilization info to subscribers. Utilizing Intel Distribution for Hadoop, China Cellular was in a position to make sure high quality updates and optimum efficiency. The result’s a system that delivers inquiry outcomes 30 occasions quicker and with a higher capacity to scale capability for future progress. The info saved within the Hadoop cluster can be used for different analytical wants reminiscent of personalised promotions and higher community utilization modeling to find and repair bottlenecks.

World’s Broadest Datacenter Portfolio

Intel has an extended historical past of delivering business main silicon know-how optimized for improved efficiency, energy, I/O, safety and reliability, availability and serviceability (RAS) options. Combining these highly effective applied sciences allows Intel to satisfy the various wants of knowledge middle purposes, and when matched with Intel’s business main manufacturing, combine billions of transistors at low energy ranges. To enhance the economics of the info middle infrastructure and meet the calls for of more and more diversified purposes in 2013, the corporate will refresh Intel® Xeon® and Intel® Atom&commerce; processor product strains with new generations of 22nm manufacturing know-how-based mostly merchandise. On prime of Intel’s most in depth knowledge middle portfolio refresh in firm’s historical past, over the approaching months Intel will start manufacturing of the brand new Intel® Atom&commerce; and Intel® Xeon® processor E3, E5 and E7 households, that includes improved efficiency per watt and expanded function set

Intel® Atom&commerce; SoCs for the Datacenter

In December 2012, Intel launched the Intel® Atom&commerce; processor S1200 product household, the world’s first sixty four-bit SoC for servers that ranges from 1.6 to 2.zero GHz, and with a thermal design energy (TDP) from 6.1 to eight.5 watts. In the present day, Intel revealed particulars of three new low-energy SoCs for the info middle, all coming in 2013.

· Intel® Atom&commerce; Processor S12x9 product household for Storage. Intel immediately introduced the supply of the low-energy Intel Atom processor S12x9 household. Custom-made for storage deployments, this SoC shares a number of options with the Intel Atom S1200 processor product household, however accommodates applied sciences particularly geared for storage units.

· With as much as forty lanes of built-in PCIe* 2.zero, or bodily paths between I/O and the processor, the capability calls for of a number of units could be dealt with extra effectively. Of the forty lanes of PCIe* 2.zero, there are 24 Root Port lanes and sixteen Non Clear Bridge lanes, for failover help.

· Intel offers hardware RAID storage acceleration in order that the computationally intensive RAID perform is offloaded in hardware, thus liberating up the SoC to execute different software program purposes.

· PCIe Non Clear Bridge (NTB): NTB supplies failover help

· With Asynchronous DRAM Self-Refresh (ADR), the Intel Atom S12x9 household can shield important DRAM knowledge within the occasion of an influence interruption.

· Native Twin-Casting can permit knowledge to be learn from a supply and delivered to 2 reminiscence places concurrently, which may improve RAID-5/6 bandwidth by as a lot as 20 % on a sixteen+2 RAID 6 system, as in comparison with system bandwidth with out the Twin Forged function

· At present, a number of OEMs are supporting the Intel Atom S12x9 household, together with MacroSAN, Accusys, Qsan and Qnap.

· Avoton. Within the second half of 2013, Intel will push the envelope in datacenter effectivity, and ship the second era of sixty four-bit Intel® Atom&commerce; processor for microservers, codenamed “Avoton.” Constructed on Intel’s main 22nm course of know-how and new microarchitecture “Silvermont,” Avoton will function an built-in Ethernet controller and anticipated to ship vital enhancements in efficiency-per-watt. Avoton is now being sampled to clients and the primary methods are anticipated to be out there within the second half of 2013.

· Rangeley. Intel will increase its presence within the community and communications infrastructure market by delivering an Intel® Atom&commerce; processor based mostly SoC codenamed “Rangeley,” additionally constructed on the 22nm course of know-how. Rangeley goals to offer an power-environment friendly mechanism for processing communication workloads and is focused for entry degree to mid-vary routers, switches and safety home equipment. Rangeley is focused to be obtainable in second half of 2013.

Intel® Xeon® processor E3 Household

This yr, Intel will introduce the brand new Intel Xeon processor E3 1200 v3 product household, based mostly on Haswell structure. To proceed to enhance efficiency for video analytic workloads, the Intel Xeon E3 1200 v3 product household will help improved transcode efficiency. The brand new Linux-based mostly media SDK offers builders with a regular interface for video processing, simplifies improvement and reduces the complexities of accessing hardware acceleration. The SDK additionally maximizes simultaneous use of CPU and Intel HD graphics capabilities for server-based mostly video streaming, which delivers more1 concurrent HD transcodes at a considerably decrease complete value of possession.

Intel additionally continues to decrease the facility ranges on the Intel Xeon processor E3 household; the bottom TDP shall be thirteen watts, roughly as much as 25 % lower1 than the prior era. The development from eight transcode to 10 transcode with Haswell’s graphics capabilities additionally leads to as much as 25 % improvement1 in transcode efficiency per watt for hardware accelerated media efficiency.

Intel® Xeon® processor E5 Household

Intel’s subsequent-era Intel Xeon processor E5 household will probably be based mostly on the 22nm manufacturing course of, and shall be out there within the third quarter of this yr. These processors may also proceed to ship distinctive power effectivity by supporting Intel Node Supervisor and Intel Knowledge Middle Supervisor Software program.

Safety may even be improved with Intel® Safe Key and Intel® OS Guard which give further hardware-enhanced safety and enhanced Intel® AES New Directions (Intel® AES-NI.) Intel OS Guard, the subsequent era of Intel Execute Disable Bit, protects towards privilege assaults by stopping malicious code from executing out of software reminiscence area, along with knowledge reminiscence.

Intel® Xeon® Processor E7 Household: Unlocking Intelligence

Past software program, strong hardware know-how is required to generate the computing energy to research large knowledge units. To help in-reminiscence analytics and quickly reply to scaling knowledge units, Intel is on-monitor for manufacturing availability of the subsequent-era Intel Xeon processor E7 household within the fourth quarter of 2013. That includes triple the reminiscence capability – as much as 12 Terabytes (TB) in an eight-socket node — this processor is right for knowledge-demanding, transaction-intensive workloads akin to in-reminiscence databases and actual-time enterprise analytics.

· With the Intel Xeon processor E7 household, Intel can also be saying Intel® Run Positive Know-how which can ship higher system reliability and elevated knowledge integrity whereas minimizing the downtime for companies operating mission-essential workloads. These RAS options might be out there with the subsequent-era Intel Xeon processor E7 household, and shall be comprised of Resilient System Applied sciences, Resilient Reminiscence Applied sciences.

· Resilient System Applied sciences consists of standardized applied sciences integrating processor, firmware and software program layers, together with the OS, hypervisors and databases to permit the system to get well from beforehand deadly errors.

· Resilient Reminiscence Applied sciences consists of options to assist guarantee knowledge integrity and allow methods to maintain operating reliably over an extended time period, decreasing the necessity for fast service calls.

Reimagining the Datacenter

Historically, “balanced techniques” resembling rack servers, blade servers or micro servers should be refreshed to maximise the efficiency of choose subsystems similar to CPU efficiency, reminiscence, storage or the community. At the moment, with the assistance of Intel, hyperscale clients are main a change of those “balanced” platforms towards rack scale structure options that separate, and group server, storage and community techniques, making them extra modular and environment friendly. This transformation begins with sharing energy and thermal elements, and enhancing rack administration to scale back working prices, and can evolve to incorporate excessive-bandwidth material interconnects resembling Intel Silicon Photonics know-how to allow full disaggregation of racks to drive optimum flexibility for giant scale knowledge middle deployments. Intel sees the evolution of rack design occurring in three phases:

· Bodily Aggregation. All non-essential sheet metallic eliminated and key elements similar to energy provides and followers taken out of particular person servers and consolidated on the rack degree. Financial savings are anticipated as a result of larger ranges of effectivity and decrease prices by decreasing the variety of followers and energy provides.

· Material Integration and Storage Virtualization. Disaggregate and separate out the storage from compute techniques with direct hooked up storage, and obtain greater utilization by means of storage virtualization. The compute and community material is the important thing know-how that’s enabling disaggregation of storage with out influence to efficiency. Intel Silicon Photonics interconnects will allow larger velocity connections between numerous computing assets inside the rack, thus enabling the eventual disaggregation of server, reminiscence, community and storage inside the rack.

· Future. Finally, the business will transfer to subsystem disaggregation the place processing, reminiscence and I/O shall be utterly separated into modular subsystems, making it attainable to simply improve these subsystems relatively than doing an entire system improve.

Advantages of rack scale structure embrace elevated flexibility, larger density and better utilization resulting in a decrease complete value of possession. Based mostly on the wants of cloud service suppliers and enormous hyper-scale knowledge facilities, Intel is creating a reference design that makes use of Intel applied sciences and permits a variety of options for OEM suppliers to develop and ship racks.

Intel rack scale structure will embrace a set of progressive applied sciences resembling: Intel’s main Xeon and Intel Atom SoCs for servers, storage, and networking; Intel Ethernet change silicon for distributed enter/output; and Intel’s new photonic structure, based mostly on excessive-bandwidth, Intel® Silicon Photonics Know-how. Silicon Photonics Know-how will allow fewer cables, elevated bandwidth, farther attain and excessive energy effectivity in comparison with todays copper-based mostly interconnects. Intel demonstrated a mechanical prototype of this new rack structure earlier this yr and can publish an entire reference structure optimized for deployment as a full rack to make it straightforward for system builders and clients to undertake.

One implementation of Intel’s rack scale reference structure is already happening in China, as Alibaba, Baidu, Tencent and China Telecom are collaborating with Intel on Challenge Scorpio, an initiative that may ship a bodily aggregated rack consisting of the fan and energy provides in six zones inside the rack, with the aim of demonstrating TCO financial savings

Intel Cloud Innovation Middle in Beijing, China

The Intel Cloud Innovation Middle is a big scale datacenter based mostly in China internet hosting greater than one hundred of the newest Intel Xeon E5 and E7-based mostly servers utilizing Intel 10GbE networking, Intel SSDs and Intel Xeon E5-based mostly storage. It is designed to hurry options innovation for cloud computing. The Middle is accessible beginning at present for patrons and ISVs companions to make use of for proof of ideas, software program improvement, and options analysis. We’re working with main China ISVs to place collectively the leading edge cloud answer similar to massive knowledge analytic options.

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