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A2030-283 Accessment: Foundations of IBM Cloud Computing Architecture V3

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A2030-283 exam Dumps Source : Accessment: Foundations of IBM Cloud Computing Architecture V3

Test Code : A2030-283
Test Name : Accessment: Foundations of IBM Cloud Computing Architecture V3
Vendor Name : IBM
: 94 Real Questions

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IBM Accessment: Foundations of IBM

IBM Served Up Some Surprises in Q1 | Real Questions and Pass4sure dumps

Computing powerhouse IBM (NYSE:IBM) suggested first-quarter outcomes this Tuesday. The business is switching gears in many approaches, from a new set of enterprise segments to a distinct view of what is driving the enterprise forward. here's a more in-depth look at massive Blue's newest report.

IBM's fourth-quarter effects: The raw numbers


Q1 2019

Q1 2018

yr-Over-yr change


$18.2 billion

$19.1 billion


web salary

$1.fifty nine billion

$1.68 billion


GAAP revenue per share (diluted)


$1.eighty one


records supply: IBM. GAAP = generally accredited accounting concepts.

What came about with IBM this quarter?
  • in comparison to the yr-ago period, exterior revenues fell in three of IBM's five reportable segments. world company services (GBS) and global financing were the exceptions to the rule of thumb, preserving exterior income consistent at $4.12 billion and $406 billion, respectively. Cloud and cognitive application noticed salary fall 1.5%, to $5.04 billion, whereas global expertise services stopped at $6.88 billion -- 7.four% beneath the previous year's first quarter. systems revenue plunged 11% reduce as a result of the cyclical downturn in mainframe earnings continuing as expected.
  • working margins trended commonly upward. IBM's cloud products led the style among non-finance operations, rising from 28% to 30%. enterprise capabilities greater than doubled its pre-tax margins from 3% to 7.5%. technology features quadrupled its profit margin to four%.
  • big Blue chose to stop reporting separate growth effects for its so-called strategic imperatives at this time. management stated that this metric has run its route now that these larger-growth groups account for more than half of IBM's total revenues. essentially the most crucial focal point areas at this aspect consist of cloud computing, operating leverage, and improved margins throughout the board.
  • earnings per share did not fall as dramatically as the underlying internet profits line, all due to a beneficiant share-buyback program that reduced IBM's diluted share count by means of 3.four% yr over 12 months at a complete cost of $four.7 billion.
  • Photo taken upward from the foot of a tall, glass-clad office building, highlighting a large IBM logo.

    picture supply: Getty photos.

    What management needed to say

    On the revenue call, CFO Jim Kavanaugh explained how the enterprise is reorganizing in instruction for the buyout of open-source veteran red Hat (NYSE:RHT). according to Kavanaugh:

    First, they introduced their cloud and cognitive application collectively in a single segment. 2d, they mixed their security capabilities with safety application, per the manner they are running that integrated business. and then at last, they moved the effects for the groups we're divesting to the "different" category, to give stronger transparency to the continued operational efficiency of their utility and GBS segments.

    The company is presently teaching its total team of workers on how cloud computing serves as the groundwork of IBM's future plans, built round purple Hat's incoming equipment and systems. This buyout may still be a video game changer, and Kavanaugh argues that the aggregate is "accelerating the leadership in a $1 trillion hybrid cloud market."

    searching ahead

    The crimson Hat deal should still close within the second half of 2019, but the exact timing of that adventure will rely upon regulatory approvals. The acquisition should still enhance IBM's revenues by means of roughly 4% and develop free money flow by means of approximately 9% when it occurs, which is a fabric have an impact on on the combined business's finances. hence, IBM's full-year assistance updates without problems don't consist of any expected crimson Hat contributions.

    All that being noted, big Blue held its full-12 months counsel regular, with projected GAAP income of at the least $12.forty five per diluted share. Expectations for free of charge cash circulate were additionally unchanged, including as much as roughly $12 billion. This compares to GAAP salary of $9.fifty one per share in 2018, alongside free money move of $eleven.9 billion.

    IBM: 77% of companies Don’t Have a Cybersecurity Incident Response Plan | Real Questions and Pass4sure dumps

    the majority of groups — 77% of respondents — don’t have a cybersecurity incident response plan utilized throughout the commercial enterprise, in keeping with a look at performed via the Ponemon Institute and paid for through IBM.

    some of the basic causes for this is the neatly-documented safety capabilities scarcity. “It’s an important, main issue for security often but it surely’s peculiarly acute in incident response since it’s a more recent discipline,” spoke of Ted Julian, vice president of product management and co-founding father of IBM Resilient.

    IBM purchased Resilient, an incident response enterprise, in 2016. The 2019 Cyber Resilient organization is the supplier’s fourth annual benchmark study on cyber resilience — how an commercial enterprise aligns its prevention, detection, and response capabilities to manipulate and mitigate threats in opposition t its statistics and IT infrastructure. For the report, Ponemon surveyed more than 3,600 safety and IT specialists globally.

    skill gap

    Survey respondents talked about they lack the headcount to preserve and test their incident response plans and are dealing with between 10 and 20 open seats on cybersecurity teams. simplest 30% of respondents pronounced that staffing for security is enough to achieve a high level of cyber resilience. And seventy five% of respondents expense their problem in hiring and holding professional safety personnel as moderately excessive to excessive.

    “community security has been around twenty years, and malware, virus analysis, things of that nature are neatly-based ability units,” Julian said. “but incident response, in terms of enterprises having dedicated individuals to this feature, is comparatively modern and a stunning tall order. You deserve to learn about networks, safety, a bit about malware. You deserve to have enterprise knowledge to have competencies with the abilities business have an effect on of assaults. The skill scarcity is notably acute when it involves incident responders.”

    adding to the potential hole, 48% noted their company deploys too many separate security tools, in the end expanding operational complexity and cutting back visibility into normal protection posture.

    Automation is key

    here is the first 12 months the look at looked at automation and if it’s constructive for cyber resilience. When requested to fee the value of automation and cyber resilience to their safety posture on a scale of one (being the bottom cost) to 10 (maximum price), sixty two% rated the value of cyber resilience as very excessive, and seventy six% talked about they find automation very beneficial.

    still, simplest 23% mentioned they had been huge clients of automation technologies similar to identity management and authentication, incident response platforms, and protection counsel and experience management (SIEM) equipment. And 77% suggested their organizations best use automation reasonably, insignificantly, or now not in any respect.

    IBM Cyber Resilient Organization study

    Julian says the primary cast off for firms should still be to position a cyber response plan in location — stat. “You’re not building on a sound groundwork except you’ve carried out that,” he referred to. And it doesn’t must be super complex.”

    Make a Plan

    “It may well be so simple as dusting off the plan you do have and getting a pass-practical group to replace it as critical,” Julian defined. “It’s about getting the right people around the table.”

    It’s vital to have non-IT-safety individuals on this crew because an attack will have an effect on distinctive enterprise corporations, he referred to. “remember to encompass colleagues in IT more broadly but also HR, because, let’s face it, insider threats are a huge deal. advertising and marketing should still be worried as a result of in case you a disaster conversation plan in vicinity you might deserve to execute that. And there should be some government sponsorship as a result of at the conclusion of the day if it’s a really unhealthy breach there goes to be some government called upon to comment.”

    This response plan will aid “minimize the fog of warfare,” Julian introduced. “When an incident happens, if in case you have documented your strategies and your response time, and if you’ve practiced, you have greater of a combating probability.”

    Chart courtesy of IBM

    State board approves $425 million toward IBM, utilized materials tasks at SUNY Poly | Real Questions and Pass4sure dumps

    No effect found, are trying new key phrase!the public Authorities control Board voted to approve $300 million in state grants for the IBM AI Hardware center and $a hundred twenty five million ... The state grants for that challenge will also go to the SUNY ...

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    The most valuable cloud computing certifications today | real questions and Pass4sure dumps

    If one thing is certain in IT, it’s never too late to cash in on the cloud. As the cloud becomes more critical to IT and the business at large, demand for cloud skills will only grow. But proving you have the right skills and knowledge in a competitive job market can be difficult. If you’re looking for an extra edge in landing a new job or promotion, cloud certification can be a great option.

    Certifications measure knowledge and skills against industry benchmarks to help you prove to employers that you have the right mix of cloud skills, knowledge, and expertise. If you’re looking for more general, across-the-board knowledge, a vendor-neutral certification can provide a broad overview of key concepts and foundational expertise. If you’re looking to specialize, whether in your current job or because you’re angling to land a new role, consider specializing in one or more vendor-specific certifications, such as AWS or VMware.

    No matter which direction you choose, cloud certifications are sure to take your career to the next level. Here’s their round-up of the most sought after cloud computing certifications you should consider.

  • AWS Certified Solutions Architect
  • Certificate of Cloud Security Knowledge
  • Certified OpenStack Administrator (COA)
  • Certified System Administrator in Red Hat OpenStack
  • Cisco CCNA-Cloud
  • Cloud Certified Professional
  • Cloud Credential Council
  • Cloud Genius
  • Cloud Institute Certifications
  • CloudU
  • CompTIA Cloud Essentials
  • Exin Cloud Computing Foundation
  • Google Certified Professional Cloud Architect
  • IBM Certified Cloud Solution Architect v2
  • Microsoft Cloud Certifications
  • Red Hat Certified Architect: Cloud
  • Salesforce Certifications
  • VMware Certified Professional
  • AWS Certified Solutions Architect

    Amazon Web Services Certifications recognize IT professionals that possess the skills and technical knowledge necessary for designing, deploying, and operating applications and infrastructure on AWS. There are associate and professional level certifications aimed at architects, developers, and operations professionals, as well as specialty certs in big data and advanced networking. The AWS Certified Solutions Architect – Associate requires one or more years of hands-on experience designing with AWS, while the AWS Certified Solutions Architect – Professional builds on that cert with two years of hands-on experience.

    Organization: Amazon

    How to prepare: Amazon offers study materials, practice exams and introductory, advanced and specialized courses and training on its website.

    Certificate of Cloud Security Knowledge

    The mother of all cloud computing security certifications, the Certificate of Cloud Security Knowledge certification is vendor-neutral and certifies competency in key cloud security areas. The test is based on the Cloud Security Alliance’s “Security Guidance for Critical Areas of Focus in Cloud Computing v3” and the ENISA’s “Cloud Computing Risk Assessment.”

    Organization: Cloud Security Alliance

    How to prepare: The best way to prepare is to study the CSA’s Security Guidance for Critical Areas of Focus in Cloud Computing v3, and the ENISA report “Cloud Computing Risks Assessment” (linked above).

    Certified OpenStack Administrator

    OpenStack software controls compute, storage and networking resources throughout a datacenter, and is compatible with many popular enterprise and open source technologies. OpenStack’s Certified OpenStack Administrator (COA) certification is the foundation’s first professional certification, and it tests an individual’s ability to provide operations and management of an OpenStack public or private cloud. Candidates should have at least six months of experience in a OpenStack-related role, and should be familiar with the core compute, storage and networking services.

    Organization: OpenStack Foundation

    How to Prepare: Candidates should have at least six months of on-the-job experience and can review OpenStack’s breakdown of specific content areas, tasks and skills that may be included on the exam.

    Certified System Administrator in Red Hat OpenStack

    Red Hat’s certification for System Administrators in Red Hat OpenStack measures professionals’ ability to design, build, deploy and manage private clouds based on the Red Hat OpenStack platform. IT pros with this certification can install and configure Red Hat OpenStack, manage users and projects, and manage storage using Swift and Cinder.

    Organization: Red Hat

    How to prepare: Red Hat says the best way to prepare for the exam is hands-on, real-world experience. The exam is also a live, real-world test of skills and competency, requiring candidates to perform tasks on a live system.

    Cisco CCNA-Cloud

    Cisco’s CCNA Cloud certification is a job-role-focused certification and training program that helps cloud engineers, cloud administrators, and network engineers develop, advance and validate their cloud skill set, and enables them to help their IT organization meet changing business demands from technology transitions, according to Cisco.

    Organization: Cisco

    How to prepare: While there are no prerequisites to take the exam, Cisco recommends the Understanding Cisco Cloud Fundamentals and Introducing Cisco Cloud Administration self-study courses, and offers a CCNA Cloud Study Group.

    Cloud Certified Professional offers a number of vendor-neutral cloud certifications, each based on a one-day course module and aimed at competency in specific areas of cloud computing. There are certificates for Cloud Architects, Cloud Technology Professionals, Cloud Governance, and Cloud Security, among others.


    How to prepare: Cloud School offers self-study kits as well as on-site and remote workshops and study sessions and instructor-led workshops to help prepare applicants for the exams.

    Cloud Credential Council

    The Cloud Credential Council (CCC) is an international body that drives standards training and certification for cloud computing pros. The CCC is independent and vendor-neutral, and members come from the public sector and academic institutions, cloud providers, cloud consumers, cloud brokers, professional associations and international certification bodies from across the world. The certifications are geared toward cloud consumers, cloud vendors or cloud solutions and services providers who want to improve their skills in defining, choosing, building, operating and managing cloud services. Currently, CCC offers one Cloud Technology Associate certification and five Professional Level cloud certifications, ranging from the Professional Cloud Administrator to the Professional Cloud Solutions Architect.

    Organization: Cloud Credential Council

    How to prepare: The Cloud Credential Council offers courses and preparation material on its website.

    Cloud Genius

    Cloud Genius offers certifications in Cloud Technologies, Cloud DevOps, and Cloud Architecture and Design. The bootcamp-based program is heavily focused on hands-on experiential learning. The coursework requires twice-weekly on-campus attendance, as well as team collaboration on real-life projects. The program also offers a solid foundation in cloud technologies, modern devops practices and some basic programming in Ruby and Chef.

    Organization: Cloud Genius

    How to prepare: Each certificate requires, at minimum, 24 classroom hours (3 hours, twice a week for four weeks). In addition, the program directors suggest devoting additional time to view video lectures, working on group projects and practicing materials you've learned.

    Cloud Institute Certifications

    The Cloud Institute Certification program is based on the findings and recommendations of the National Institute of Standards and Technology (NIST) of the U.S. Department of Commerce, which is geared toward greater and faster cloud adoption in government and public service verticals. The program also includes a focus on security and privacy challenges. There are currently two online certification programs, Certified Cloud Architect and Certified Cloud Professional, and one open assessment available.

    Organization: Cloud Institute

    How to prepare: Cloud institute advises certification candidates to use the publications offered by the NIST as a basis for study, and to use the free open exam to identify areas where more work is needed. The Institute also recommends candidates have working experience in enterprise cloud technology, SOA design or development, cloud-related services and application- and/or storage-centric services.


    According to Rackspace, CloudU is a vendor-neutral curriculum designed for IT professionals and business leaders that covers and certifies knowledge of the fundamentals of cloud computing. CloudU content is available to any professional at any time, but if you want a formal recognition of your knowledge about cloud computing, you should complete the courses and requirements for a certificate.

    Organization: Rackspace

    How to prepare: Study each CloudU lesson whitepaper, and then successfully complete each of 10 CloudU lesson quizzes based on the whitepaper’s content. Successfully complete a 50-question final exam drawn from materials covered in the 10 CloudU lessons.

    CompTIA Cloud Essentials

    According to CompTIA, the Cloud Essentials certification covers the basic fundamentals of cloud computing and shows that individuals understand cloud computing from both a business and a technical perspective. In addition, the certification covers migration to the cloud and governance of cloud computing environments.

    Organization: Comp TIA

    How to prepare: CompTIA offers study and training materials, and while it’s not required, CompTIA recommends that individuals taking the exam have at least six months experience working in an IT services environment.

    Exin Cloud Computing Foundation

    Exin offers two certification levels, Cloud Computing Foundation and Cloud Technologies Advanced. The programs cover the main cloud computing concepts as well as what's involved in planning, procurement and management. The certification is geared toward devops professionals responsible for making the business case for cloud solutions, evaluating vendors and systems and then integrating them with legacy technologies.

    Organization: Exin

    How to prepare: Exin offers exam preparation guides and sample exams as well as ebooks covering these concepts. These materials are available on Exin’s website.

    Google Certified Professional Cloud Architect

    The Google Certified Professional Cloud Architect certification is for professionals seeking to demonstrated that they can design, develop, and manage solutions using Google Cloud. The exam must be taken in person at one of Google’s testing centers. Real-world, hands-on experience is the best preparation, according to Google.

    Organization: Google

    How to prepare: Google recommends gaining practical experience through use of Google Cloud. It also offers a Cloud Architect exam guide and training courses.

    IBM Certified Cloud Solution Architect v2

    IBM offers a number of cloud-specific certifications, including the IBM Certified Solution Architect v2. Solutions architects will demonstrate the design, plan, architecture, and management capabilities for IBMs cloud computing infrastructure once they’ve completed the certification requirements. According to IBM, the mission of the solution architect certification is to “Provide a reliable, valid and fair method of assessing skills and knowledge; provide IBM a method of building and validating the skills of individuals and organizations; and to develop a loyal community of highly skilled certified professionals who recommend, sell, service, support and/or use IBM products and solutions.”

    Organization: IBM

    How to prepare: You should have a working knowledge of key cloud computing fundamentals, as well as basic knowledge of IBM cloud computing essentials, and will be required to confirm that knowledge by passing a certification exam.

    Microsoft Cloud Certifications

    Microsoft has a number of cloud certifications. These include: the MCSA: Cloud Platform Certified Solutions Associate, which provides the foundation for a position as a cloud architect or administrator; the MCSA: Linux on Azure certification, which demonstrates your ability to design, architect, implement, and maintain complex cloud-enabled Linux solutions that leverage Microsoft Azure’s open source capabilities and Linux system administration skills; and the MCSE: Cloud Platform and Infrastructure, which validates the skills needed in a modern data center, including cloud technologies, identity management, systems management, virtualization, storage and networking.

    Organization: Microsoft

    How to prepare: You should possess a working knowledge of key cloud computing fundamentals, as well as basic knowledge of Microsoft cloud computing and Azure essentials. Review the Microsoft certification guides overview to determine what prerequisites are needed and to access study guides and course preparation materials.

    Red Hat Certified Architect: Cloud

    Stacking Up Cascade Lake Xeons Against AMD Epyc For HPC | real questions and Pass4sure dumps

    In theory, customers running HPC simulation and modeling applications want to cram as much compute in as small of a space as they can. In practice, the situation is a lot more complex because workloads are changing as AI code enters the fray and accelerators – particularly GPUs but also FPGAs here and there – are increasingly used even if plain vanilla CPU computational engines are the norm.

    HPC centers have to weigh a lot of different factors when it comes to choosing their next platform, and the job is not getting any easier with the widening SKU stacks at Intel, particularly with the “Cascade Lake” Xeon SP processors announced two weeks ago and the competition coming from IBM Power9, AMD Epyc, and Marvell ThunderX2 processors as well as Nvidia Tesla and AMD Radeon Instinct GPU accelerators.

    Sorting out the best motor to base an HPC cluster upon is more complex than calculating a raw cost per unit of floating point performance because price, memory bandwidth, and thermals also have to be taken into account. This is a lot of data to gather and synthesize, and they are going to do their best to help with that process, starting with the initial comparative benchmarks that Intel has put together to compare Cascade Lake-SP and Cascade Lake-AP processors, the latter of which cram two whole processors into a single socket to double up the density of a two-socket machine, to prior generations of Xeon processors and to AMD’s initial Epyc X86 server chips, code-named “Naples,” announced nearly two years ago. These comparisons come as AMD is readying its second generation “Rome” processors for market, and AMD is eager this time to take on Intel’s Xeons to run traditional simulation and modeling workloads.

    For those customers who bought first generation “Skylake” Xeon SP processors, also announced nearly two years ago, there really is not a lot of reason to move on up to Cascade Lake processors of any kind, particularly given the fact that HPC centers tend to keep their systems for three, four, or sometimes even five years. But some HPC shops add nodes to existing machines, and those who have clusters currently running on “Haswell” Xeon E5 v3 from 2014 or “Broadwell” Xeon E5 v4 processors from 2016 will be able to add a lot more flops to their boxes and expand their clusters, or replace the whole shebang if that is how they want to roll.

    Given this, it is not surprising that Intel’s first benchmark tests pit a two-socket machine based on its Broadwell Xeon E5-2697 v4 processor, which has 18 cores spinning at 2.3 GHz, against two-socket machines based on its mainstream Cascade Lake SP-8260 Platinum processor, which has 24 cores running at 2.4 GHz, and on its doubled-up Cascade Lake AP-9242 Platinum processor, which has 48 cores running at 2.2 GHz. There is a three year gap between these machines, which is when the upgrade cycle starts happening at a lot of HPC shops.

    Here is how Intel stacks up these three machines running a variety of HPC benchmarks, including base CPU tests as well as codes commonly used in weather modeling, manufacturing, life sciences, and financial services:

    Click to enlarge

    None of the chips shown in the chart above are the top bin parts in their respective lines. They are processors that HPC customers who are looking for a reasonable amount of performance and reasonable bang for the buck might choose as the compute engines in their clusters.

    On the STREAM Triad memory bandwidth benchmark, the Cascade Lake SP-8260 is delivering about 60 percent better performance thanks in some measure to the extra compute but mainly due to the Skylake and Cascade Lake chips having six DDR4 memory channels rather than the four in the Broadwell and earlier designs; the Cascade Lake-AP system has two chips per socket, so it has twice as much memory capacity and bandwidth per socket (if all of the memory channels are filled up, of course). The memory in the Cascade Lake systems is running at 2.93 GHz, compared to the Broadwell chip at 2.4 GHz, which helps on the memory bandwidth.

    Given that the Broadwell Xeons supported 256-bit AVX2 floating point engines and the Skylake and Cascade Lake chips have 512-bit AVX-512 engines, it is no surprise that on raw Linpack matrix math or on the computationally dense and memory bandwidth intense HPCG benchmark that the plain vanilla Cascade Lake system delivers 1.73X the Broadwell system on HPCG  and 2.19X on Linpack. Given that the Cascade Lake-AP system has two chips per socket running at almost exactly the same clock speed as the Cascade Lake-SP system, it is also no surprise that the quad-chip, two-socket Cascade Lake machine has double the performance of the regular two-socket, two-chip Cascade Lake-SP system. This is so by design – it is really a quad-socket system in two-socket clothing, after all.

    In general, as you look across these HPC workloads, the plain vanilla Cascade Lake-SP machine delivers about 1.9X performance compared to the Broadwell system tested, and the Cascade Lake-AP delivers 3.7X. Their guess is that the Cascade Lake-AP system costs twice as much, and the bang for the buck is not all that different. Dell, Hewlett Packard Enterprise, and Lenovo, the three biggest server OEMs who would normally have pricing and configuration information on new Xeon systems have not launched Cascade Lake-AP machines, and have no plans to at this time except if customers do a special bid, so they have no idea what the system cost looks like. But they have a hard time believing that the bang for the buck will go up much, if at all, compared to a regular two-socket server using the Cascade Lake-SP system. This is a density play, for the most part, and a machine that Intel launched so it could show performance leadership in a “two-socket” server.

    No matter. The point is, customers with clusters based on Broadwell Xeons will be able to see a big performance jump without having to scale out the node count on their clusters, thanks in large part to Moore’s Law (which in this case gave them 50 percent more cores) and fatter floating point units (which in theory should double floating point performance per core but in actuality on some workloads did not because of the way the second 256 bits of math were added to create AVX-512). As they explained back in the wake of the Skylake Xeon SP launch, rather than block copy the AVX-512 math units that were a key architectural feat in the “Knights Landing” Xeon Phi processors, Intel fused the two 256-bit math units on Port 0 and Port 1 of the Skylake core (and therefore the Cascade Lake core) to make a single 512-bit unit and then it bolted a second fused multiply add (FMA) unit onto the outside of the core on Port 5 that delivers the second unit. In theory, with both FMAs activated, a Skylake and Cascade Lake core can process 64 single precision or 32 double precision floating operations per clock. But keeping that second FMA fed is not always easy, and therefore the performance of AVX-512 is not always 2X of that of AVX2 on real workloads. Moreover, if the cores are really busy and the full AVX-512 capability is being stressed, the vector unit clocks down a little bit to save on some energy dissipation.

    By the way, all of these machines were running Linux with the latest Intel compilers and the companion math kernel libraries and MPI stacks to parallelize applications across the cores in the system.

    The big threat to Intel in the datacenter, which compelled the company to create the Cascade Lake-AP in the first place, is AMD’s Naples Epyc processors and the looming Rome kickers, which are coming out in two months or so if the rumors are right. As they have already revealed, the Rome chips will have twice as many cores as the Naples Epycs, at 64 cores, and will have vector math units that will be able to process twice the floating point operations per clock cycle. So the fact that Intel can best an Epyc server today with a two-socket Cascade Lake-AP machine that is really a four-socket Cascade Lake-SP machine under the skins is significant, but not a long-term proposition.

    In a few months – and everybody who matters knows this already – AMD will be able to pull ahead of Intel’s Cascade Lake-AP machines when it comes to floating point performance on CPUs for real workloads, regardless of the peak Linpack performance that Intel is showing. And it will definitely therefore beat the standard Cascade Lake-SP and therefore also the standard Cooper Lake-SP parts, the latter of which mainly will have support for the bfloat16 vector data format favored by Google in its Tensor Processing Unit (TPU) 3.0 chips.

    In a twist on its benchmarks, Intel ran some of the same traditional HPC benchmarks on clusters of two-socket Xeon SP-9242 Platinum machines (that’s the double chip socket version with 48 cores per socket running at 2.2 GHz with both FMAs turned on in each chiplet in the socket) and did the same tests on clusters of two-socket systems using the current Epyc 7601 processors based on the Naples architecture. Intel tested machines with four and eight nodes, and conveniently left out the STREAM Triad memory benchmark test where it would not look so good compared to the Epyc chips. Here is what those tests look like:

    Click to enlarge

    In the benchmarks run above, Intel is using its own S9200WK reference platform, which crams four two-socket Cascade Lake-AP servers into a 2U rack enclosure, which is pretty dense computing by any measure. The servers tested had a pair of the Xeon SP-9242 Platinum processors, which again have 48 cores running at 2.2 GHz, and were are equipped with a measly 256 GB of memory per node using super skinny and supercheap (by comparison anyway) 16 GB DDR4 DIMMs running at 2.93 GHz. The systems have an integrated flash drive for systems software, and link to each other using 48-port Omni-Path 100 switches and adapters, which run at 100 Gb/sec, and they link out to a Lustre parallel file system. They are configured with CentOS 7.7 and the Intel compiler and MPI stacks.

    The AMD machines tested were the Supermicro AS-1023US-TR4, which had a pair of the Epyc 7601 processors, which have 32 cores running at 2.2 GHz. They had the same 256 GB of memory configuration (16 x 16 GB), although the memory ran at a slower 2.67 GHz, the top speed that the Epyc 7000 series supports. For whatever reason, Intel put Oracle Linux Server 7.6 on the machines (which is compatible with CentOS 7.6) and in many cases Intel used its own compilers and MPI software on the AMD iron. (We are not sure how much that affected results, but they are skeptical here.) In other cases, the GNU GCC or LLVM/AOCC compilers were used in conjunction with the Intel MPI stack. The AMD systems were linked using 100 GB/sec EDR InfiniBand from Mellanox Technology, and they had a Panasas parallel file system feeding them data.

    We agree wholeheartedly with what Intel says at the bottom of the chart, which is that testing clusters of machines is more important than testing single nodes, and would add that you have to test the nodes separately so you have some sense of what peak linear performance would be in a cluster absent latencies in network communication.

    This chart shows all kinds of interesting things. First, to their eyes, it doesn’t look like there is much of a difference on these workloads using Omni-Path or InfiniBand. But it is hard to infer that with any precision without seeing the performance of a single node, a two server cluster, and maybe clusters with 16, 32, 64, 128, 256, 512, and 1,024 nodes in addition to the 4 and 8 node clusters tested. They have yet to see any publicly available benchmarks that show the full range of scale so they can make any kind of intelligent assessment of the affect of the onload model of Omni-Path and the offload model of InfiniBand across the full range of standard HPC applications and the typical scales of compute they see at HPC centers in academia, government, and industry.

    What this chart also seems to show is how well the Linpack benchmark is taking full advantage of those two FMAs on the AVX-512 units in each core on the Cascade Lake-AP processor, but the tougher HPCG benchmark (which very few machines do well on in terms of computational efficiency, to the point where it is embarrassing for all) does not show as big of a jump in performance over the AMD Epyc 7601 clusters and neither so the WRF weather modeling, OpenFOAM computational fluid dynamics, NAMD molecular dynamics, VASP quantum mechanics, and LAMMP molecular dynamics applications. The latter does better than all of the others, but doesn’t come close to the multiples that Linpack is showing.

    If you want to be generous, you could say that the Intel Cascade Lake-AP nodes, with 96 cores per node, are averaging around 2X the performance of the AMD Epyc 7601 nodes, which is the same thing as saying that machines based on the plain vanilla Cascade Lake-SP processors are probably at parity. (The 56-core Cascade Lake-AP chips have about 30 percent more performance on top of that, thanks to more cores and higher clock speeds, but at 400 watts per socket, this is a bridge too far for a lot of HPC shops.) This spread between the Xeon and Epyc processors is consistent with some comparative benchmarks they reviewed out of Intel back in November 2017 pitting Broadwell Xeons and Skylake Xeon SPs against Epyc 7601s.

    The question now facing the HPC sector is this: If AMD can deliver 4X the floating point performance, at either 32-bit single precision or 64-bit double precision, with the second generation Rome Epyc processors, how will that theoretical performance, which puts it at parity with the Cascade Lake AP at a socket level and damned near at the core level, translate into performance on the suite of HPC applications that Intel has tested here and on real world HPC applications? With all of the tuning that HPC software makers must have been doing in the past two years, they could see the first real competition in the HPC arena where CPU-only architectures dominate (which is to say most HPC centers outside of the national labs and a few academic centers that try to stay on the cutting edge with accelerators added to their CPUs). It is now going to come down to software tuning by HPC software makers, whether they are commercial codes, open source codes, or homegrown codes. AMD has apparently laid the hardware foundation to compete with Intel, head to head and toe to toe. Now it depends on the software people to take advantage of it.

    The big factor in all of this is what Intel does with the future “Ice Lake” Xeon SP processors, to be etched using 10 nanometer processes and to start shipping later this year for a ramp early next year. The “Sunny Cove” cores used in the Ice Lake Xeon SP processors will have pipelines that are both wider to find more parallelism in code and deeper to be able to exploit it. The 10 nanometer shrink will allow more cores to be crammed onto a die, too, and Intel could go even wider with the AVX vector engines (imagine 1,024 bits wide!) or do a full and real implementation of AVX-512 like that in the Xeon Phi chips and not one with the bolt-on FMA that was used in the Skylake, Cascade Lake, and Cooper Lake Xeon SPs.

    Don’t count Intel out just yet as they see the AMD market shares rise. They have some real – and it looks like sustainable – competition happening here. And it is exciting.

    OpenPOWER Foundation Technology Leaders Unveil Hardware Solutions To Deliver New Server Alternatives | real questions and Pass4sure dumps

    The OpenPOWER Foundation which is a collaboration of technologists encouraging the adoption of an open server architecture for computer data centers has grown to more than 110 businesses, organizations and individuals across 22 countries. IBM's POWER architecture is the cornerstone of innovation for the OpenPOWER Foundation, creating a computing platform available to all.

    Members and customers recognize the technical benefits of the POWER architecture. The POWER8 microprocessor is the first processor designed from the ground up for Big Data and analytics workloads. With the best of breed alternative chip estimated to be priced 50% higher (1), the POWER8 processor utilized by OpenPOWER members and others can enable the design of systems that deliver better performance (2)– projected at nearly 60% (3) better performance per dollar spent on processors.

    "Since their first public event just under one year ago, the OpenPOWER Foundation has expanded dramatically and enabled the development of a new breed of data center technology products worldwide," said Gordon MacKean, OpenPOWER Foundation Chair. "Through their members' individual and collective efforts they are positively changing the game, delivering innovations that advance data center technology, expand choice and drive market efficiency."

    Among the products and prototypes OpenPOWER members revealed today are:

  • Prototype of IBM's first OpenPOWER high performance computing server on the path to exascale – IBM and Wistron are jointly developing the first OpenPOWER-based high performance computing server using technology from NVIDIA and Mellanox. The system will be the debut offering in a series of solutions to be introduced as part of IBM's OpenPOWER technical computing roadmap, which includes IBM's future delivery of two systems to Lawrence Livermore and Oak Ridge National Laboratories. The systems are predicted to be five to 10 times faster than today's leading supercomputers.
  • First commercially available OpenPOWER server, the TYAN TN71-BP012 – With planned availability in the second quarter of 2015, the TYAN TN71-BP012 servers are designed for large-scale cloud deployments and follow Tyan's highly successful OpenPOWER customer reference system introduced in October 2014. IBM will be among the first to deploy the new servers as part of its SoftLayer infrastructure, utilizing them for a new bare metal service offering.
  • First GPU-accelerated OpenPOWER developer platform, the Cirrascale RM4950 – The Cirrascale RM4950 is the result of collaboration between NVIDIA, Tyan and one of the OpenPOWER Foundation's newest members, Cirrascale. Immediately available for order and shipping in volume in the second quarter of 2015, the platform supports the development of GPU-accelerated big data analytics, deep learning, and scientific computing applications.
  • Open server specification and motherboard mock-up combining OpenPOWER, Open Compute and OpenStack – Rackspace, a managed cloud company, revealed an open server design and prototype motherboard, combining OpenPOWER and Open Compute design concepts. The new design, targeted to run OpenStack services and be deployed in Rackspace data centers, will draw upon a wide range of open innovations to deliver users improved performance, value, and features.
  • Other member-developed solutions revealed leverage Coherent Accelerator Processor Interface (CAPI), a unique feature built into the POWER architecture. CAPI provides members and other technology companies the ability to build solutions right on top of the POWER architecture. New CAPI-based solutions include the ConnectX-4 adapter card by Mellanox, Convey's CAPI developer kit leveraging Xilinix FPGA-based co-processors, and shared virtual memory between a Stratix V FPGA accelerator and a POWER8 CPU developed by Altera and IBM.  These OpenPOWER CAPI-based solutions join Nallatech's OpenPOWER CAPI Developer Kit developed by Nallatech in collaboration with Altera and IBM and released November 2014.

    The Power of OpenPOWER in China

    OpenPOWER Foundation members also revealed products under development in China, where the OpenPOWER ecosystem is providing Chinese technology companies the option to build custom solutions and accelerate local innovation.

    At the center of China's emerging OpenPOWER-based ecosystem is CP1, the first POWER chip for the China market, from a Chinese chip design company named PowerCore. The first China OpenPOWER system with CP1 will come to market this year. CP1 will be utilized by Zoom Netcom for a new line of servers called RedPower, the first China OpenPOWER two-socket system coming to market in 2015.  Additional Chinese OpenPOWER members, including ChuangHe, shared designs for China-branded OpenPOWER systems incorporating POWER8 processors which have planned availability in 2015.

    These announcements follow an endorsement of OpenPOWER in the fall of 2014 by the Chinese government through the formation of the China POWER Technology Alliance (CPTA), a public-private partnership.  In order to drive innovation and opportunity for China based companies, the major mission for CPTA is to promote the upgrading of China's industrial structure through the integration of Chinese local and the OpenPOWER ecosystem resources under the guidance of Chinese government. CPTA, through the international cooperation to lead POWER technology, will create the world's top technology solutions that leverage the latest Big Data and cloud computing capabilities and apply these outcomes in bank, telecommunications, energy, transportation, internet and Smarter City technology initiatives in China.

    Cross-Community Collaboration Drives More Open Solutions

    The OpenPOWER Foundation also announced the formation of the OpenPOWER Advisory Group, a formal mechanism for engaging with other open development organizations. Inaugural members of the Advisory Group represent the Linux Foundation, the Open Compute Project and the China POWER Technology Alliance (CPTA). The Advisory Group will provide guidance to the OpenPOWER Board of Directors and serve as a forum for support and collaboration between communities with open approaches to infrastructure and software development.

    About the OpenPOWER Foundation

    The goal of the OpenPOWER Foundation is to create an open ecosystem, using the POWER architecture to share expertise, investment, and server-class intellectual property to serve the evolving needs of customers.

  • OpenPOWER enables collaborative innovation for shared building blocks
  • OpenPOWER supports independent innovation by members
  • OpenPOWER builds on industry leading technology
  • OpenPOWER thrives as an open development community
  • For further details, a full membership roster, and guidance on getting involved in the OpenPOWER Foundation, visit


    [1] Pricing is based on estimates from the Linley Group December 29, 2014 report POWER8 Hits the Merchant Market which states "Pricing is no contest. They estimate that IBM's 12-core Power8 will list for $2,500; add $180 or $360 for two or four buffer chips. Intel hasn't published a list price for the Xeon E5-2699v3, but after surveying some Internet re-sellers, they estimate it lists for about $4,100."  More information can be found at:

    [2] Performance is based on SPEC CPU2006 publishes and projections based on performance results as of February 28, 2015.  SPEC® and the benchmark name SPECCPU® are registered trademarks of the Standard Performance Evaluation Corporation. For more information about SPECCPU2006, see

    OpenPOWER performance is estimated from an IBM Power System S824 published result with 24 cores / 192 threads, POWER8; 3.5GHz, 512 GB memory, RHEL 7.1 and extrapolated to a single socket OpenPOWER based 12 cores / 96 threads POWER8; 3.1 GHz.

    Competitive performance result is published on  NEC Corporation Express5800/R120f-1M (Intel Xeon E5-2699 v3) with (per socket) 18 cores / 36 threads; Intel E5-2699 v3; 2.3 GHz; 128 GB, RHEL 6.5.

    [3] Price-performance is derived from the pricing in [1] and performance in [2].

    Supporting Quotes

    "Collaborating across their open development communities will accelerate and broaden the raw potential of a fully open data center. They have a running start together and look forward to technical collaboration and events to engage their broader community." – Corey Bell, CEO Open Compute Project

    "By leveraging the CAPI technology designed for the IBM POWER8 servers and support from the OpenPOWER Foundation team, it allowed Algo-Logic Systems to develop world class ultra-low-latency Full Order-Book in FPGA logic that will benefit the Financial Services industry."  – John Lockwood, CEO Algo-Logic

    "The future hardware architecture of OpenPOWER which shall include the next generation POWER processors, ultra high memory density systems, and NVIDIA's NVLink interconnect system, will provide the hardware platform for GPUdb that will unleash a massive performance improvement in every facet of operation. This will create even more performance improvements in the ability to ingest and conduct on the fly analytics on ultra-high velocity big data feeds."  – Amit Vij, CEO, GPUdb

    "OpenPOWER started off as an idea that immediately resonated with their technology partners to strengthen their scale out implementations like analytics.  Now, OpenPOWER is fundamental to every conversation IBM is having with clients -- from HPC to scale out computing to cloud service providers.  Choice, freedom and better performance are strategic imperatives guiding customers around the globe, and OpenPOWER is leading the way." – Ken King, General Manager OpenPOWER Alliances, IBM

    "We expect OpenPOWER to broaden the scope of available supercomputing solutions and products which is crucial for us as a leading provider of supercomputing resources. Integrating POWER processor technologies and high-performance GPUs opens an exciting path towards power-efficient exascale computing." – Dr. Dirk Pleiter, Julich Supercomputing Center

    "The Linux Foundation's mission includes supporting open and collaborative development to advance key technologies and transform markets. OpenPOWER is already resonating across many dimensions and stakeholders for both hardware and software and the time has never been more right for cross-collaboration among these communities." – Mike Dolan, Sr. Director of Strategic Programs, The Linux Foundation

    "The prototype of IBM's system revealed today is the first in a series of new high-density Tesla GPU-accelerated servers for OpenPOWER high-performance computing and data analytics.  IBM plans to build upon this offering with follow-on systems, adding future-generation 'Pascal' GPUs with the NVIDIA NVLink high-speed GPU interconnect technology to help set the stage for exascale computing." – Sumit Gupta, General Manager of Accelerated Computing, NVIDIA

    "China POWER Technology Alliances (CPTA) was established in order to accelerate the speed of China secured and trusted IT industry chain building, by leveraging OpenPOWER technology. CPTA joining the Advisory Group of OpenPOWER will be a significant milestone for engaging China into the global POWER ecosystem, and opening the development community to drive further POWER innovations through the deep collaboration between communities." – Mr. Zhu Ya Dong, Chairman of Suzhou PowerCore

    "As a new open platform, OpenPOWER provides the prototype system that conforms to the specifications in order to satisfy the demands of the development of the OpenPOWER ecosystem in China." – Mr. Zhiqiang Tian, Senior Engineer, BIOS research and development, TEAMSUN

    "The development of the OpenPOWER ecosystem in China's high security level market enriches China ISV and IHV's options for a total solution from hardware to software." – Mr. Zhiqiang Tian, Senior Engineer, BIOS research and development, TEAMSUN

    Media Contact:Grace Pai-Leonard Text100 Public Relations Email: Phone: 212-871-5194

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    SOURCE OpenPOWER Foundation

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    LEED [1 Certification Exam(s) ]
    Legato [5 Certification Exam(s) ]
    Liferay [1 Certification Exam(s) ]
    Logical-Operations [1 Certification Exam(s) ]
    Lotus [66 Certification Exam(s) ]
    LPI [24 Certification Exam(s) ]
    LSI [3 Certification Exam(s) ]
    Magento [3 Certification Exam(s) ]
    Maintenance [2 Certification Exam(s) ]
    McAfee [8 Certification Exam(s) ]
    McData [3 Certification Exam(s) ]
    Medical [68 Certification Exam(s) ]
    Microsoft [375 Certification Exam(s) ]
    Mile2 [3 Certification Exam(s) ]
    Military [1 Certification Exam(s) ]
    Misc [1 Certification Exam(s) ]
    Motorola [7 Certification Exam(s) ]
    mySQL [4 Certification Exam(s) ]
    NBSTSA [1 Certification Exam(s) ]
    NCEES [2 Certification Exam(s) ]
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    NCLEX [3 Certification Exam(s) ]
    Network-General [12 Certification Exam(s) ]
    NetworkAppliance [39 Certification Exam(s) ]
    NI [1 Certification Exam(s) ]
    NIELIT [1 Certification Exam(s) ]
    Nokia [6 Certification Exam(s) ]
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    Novell [37 Certification Exam(s) ]
    OMG [10 Certification Exam(s) ]
    Oracle [282 Certification Exam(s) ]
    P&C [2 Certification Exam(s) ]
    Palo-Alto [4 Certification Exam(s) ]
    PARCC [1 Certification Exam(s) ]
    PayPal [1 Certification Exam(s) ]
    Pegasystems [12 Certification Exam(s) ]
    PEOPLECERT [4 Certification Exam(s) ]
    PMI [15 Certification Exam(s) ]
    Polycom [2 Certification Exam(s) ]
    PostgreSQL-CE [1 Certification Exam(s) ]
    Prince2 [6 Certification Exam(s) ]
    PRMIA [1 Certification Exam(s) ]
    PsychCorp [1 Certification Exam(s) ]
    PTCB [2 Certification Exam(s) ]
    QAI [1 Certification Exam(s) ]
    QlikView [1 Certification Exam(s) ]
    Quality-Assurance [7 Certification Exam(s) ]
    RACC [1 Certification Exam(s) ]
    Real Estate [1 Certification Exam(s) ]
    Real-Estate [1 Certification Exam(s) ]
    RedHat [8 Certification Exam(s) ]
    RES [5 Certification Exam(s) ]
    Riverbed [8 Certification Exam(s) ]
    RSA [15 Certification Exam(s) ]
    Sair [8 Certification Exam(s) ]
    Salesforce [5 Certification Exam(s) ]
    SANS [1 Certification Exam(s) ]
    SAP [98 Certification Exam(s) ]
    SASInstitute [15 Certification Exam(s) ]
    SAT [1 Certification Exam(s) ]
    SCO [10 Certification Exam(s) ]
    SCP [6 Certification Exam(s) ]
    SDI [3 Certification Exam(s) ]
    See-Beyond [1 Certification Exam(s) ]
    Siemens [1 Certification Exam(s) ]
    Snia [7 Certification Exam(s) ]
    SOA [15 Certification Exam(s) ]
    Social-Work-Board [4 Certification Exam(s) ]
    SpringSource [1 Certification Exam(s) ]
    SUN [63 Certification Exam(s) ]
    SUSE [1 Certification Exam(s) ]
    Sybase [17 Certification Exam(s) ]
    Symantec [135 Certification Exam(s) ]
    Teacher-Certification [4 Certification Exam(s) ]
    The-Open-Group [8 Certification Exam(s) ]
    TIA [3 Certification Exam(s) ]
    Tibco [18 Certification Exam(s) ]
    Trainers [3 Certification Exam(s) ]
    Trend [1 Certification Exam(s) ]
    TruSecure [1 Certification Exam(s) ]
    USMLE [1 Certification Exam(s) ]
    VCE [6 Certification Exam(s) ]
    Veeam [2 Certification Exam(s) ]
    Veritas [33 Certification Exam(s) ]
    Vmware [58 Certification Exam(s) ]
    Wonderlic [2 Certification Exam(s) ]
    Worldatwork [2 Certification Exam(s) ]
    XML-Master [3 Certification Exam(s) ]
    Zend [6 Certification Exam(s) ]

    References :

    Dropmark :
    Wordpress :
    Issu :
    Dropmark-Text :
    Blogspot :
    weSRCH :
    Calameo : : : :

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