• Custom Server Makers Set The Datacenter Pace

    September 13, 2017

    Makers of tightly coupled, shared memory machines can make all of the arguments they want about how it is much more efficient and easier to program these NUMA machines than it is to do distributed computing across a cluster of more loosely coupled boxes, but for the most part, the IT market doesn’t care.

    Distributed computing, in its more modern implementation of frameworks running on virtual machines or containers – or both – is by far the norm, both in the datacenter and on the public clouds. You don’t have to look any further than the latest server sales statistics …

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  • Drilling Down Into The Xeon Skylake Architecture

    August 4, 2017

    The “Skylake” Xeon SP processors from Intel have been in the market for nearly a month now, and we thought it would be a good time to drill down into the architecture of the new processor. We also want to see what the new Xeon SP has to offer for HPC, AI, and enterprise customers as well as compare the new X86 server motor to prior generations of Xeons and alternative processors in the market that are vying for a piece of the datacenter action.

    That’s a lot, and we relish it. So let’s get started with a deep dive …

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  • The New Server Economies Of Scale For AMD

    July 13, 2017 Paul Teich

    In the first story of this series, we discussed the Infinity fabric that is at the heart of the new “Naples” Epyc processor from AMD, and how this modified and extended HyperTransport interconnect glues together the cores, dies, and sockets based on Eypc processors into a unified system.

    In this follow-on story, we will expand out from the Epyc processor design to the basic feeds and speeds of the system components based on this chip and then take a look at some of the systems that AMD and its partners were showing off at the Epyc launch a few …

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  • The Heart Of AMD’s Epyc Comeback Is Infinity Fabric

    July 12, 2017 Paul Teich

    At AMD’s Epyc launch few weeks ago, Lisa Su, Mark Papermaster, and the rest of the AMD Epyc team hammered home that AMD designed its new Zen processor core for servers first. This server-first approach has implications for performance, performance per watt, and cost perspectives in both datacenter and consumer markets.

    AMD designed Epyc as a modular architecture around its “Zeppelin” processor die with its eight “Zen” architecture cores. To allow multi-die scalability, AMD first reworked its HyperTransport socket-to-socket system I/O architecture for use on a chip, across a multi-chip module (MCM), and for inter-socket connectivity. AMD has named this …

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  • Competition Returns To X86 Servers In Epyc Fashion

    June 20, 2017

    AMD has been absent from the X86 server market for so long that many of us have gotten into the habit of only speaking about the Xeon server space and how it relates to the relatively modest (in terms of market share, not in terms of architecture and capability) competition that Intel has faced in the past eight years.

    Those days are over now that AMD has successfully got its first X86 server chip out the door with the launch of the “Naples” chip, the first in a line of processors that will carry the Epyc brand and, if all …

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  • One Hyperscaler Gets The Jump On Skylake, Everyone Else Sidelined

    June 7, 2017

    Well, it could have been a lot worse. About 5.6 percent worse, if you do the math.

    As we here at The Next Platform have been anticipating for quite some time, with so many stars aligning here in 2017 and a slew of server processor and GPU coprocessor announcements and deliveries expected starting in the summer and rolling into the fall, there is indeed a slowdown in the server market and one that savvy customers might be able to take advantage of. But we thought those on the bleeding edge of performance were going to wait to see what Intel, …

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  • When No One Can Make Money In Systems

    June 6, 2017

    Making money in the information technology market has always been a challenge, but it keeps getting increasingly difficult as the tumultuous change in how companies consume compute, storage, and networking rips through all aspects of this $3 trillion market.

    It is tough to know exactly what do to, and we see companies chasing the hot new things, doing acquisitions to bolster their positions, and selling off legacy businesses to generate the cash to do the deals and to keep Wall Street at bay. Companies like IBM, Dell, HPE, and Lenovo have sold things off and bought other things to try …

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  • ARM And AMD X86 Server Chips Get Mainstream Lift From Microsoft

    March 8, 2017

    If you want real competition among vendors who supply stuff to you, then sometimes you have to make it happen by yourself. The hyperscalers and big cloud builders of the world can do that, and increasingly they are taking the initiative and fostering such competition for compute.

    With its first generation of Open Cloud Servers, which were conceptualized in 2012, put into production for its Azure public cloud in early 2013, and open sourced through the Open Compute Project in January 2014, Microsoft decided to leverage the power of the open source hardware community to make its own server …

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  • How AMD’s Naples X86 Server Chip Stacks Up To Intel’s Xeons

    March 8, 2017

    Ever so slowly, and not so fast as to give competitor Intel too much information about what it is up to, but just fast enough to build interest in the years of engineering smarts that has gone into its forthcoming “Naples” X86 server processor, AMD is lifting the veil on the product that will bring it back into the datacenter and that will bring direct competition to the Xeon platform that dominates modern computing infrastructure.

    It has been a bit of a rolling thunder revelation of information about the Zen core used in the “Naples” server chip, the brand of …

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  • Naples Opterons Give AMD A Second Chance In Servers

    March 7, 2017

    There are not a lot of second chances in the IT racket. AMD wants one, and we think, has earned one.

    Such second chances are hard to come by, and we can rattle off a few of them because they are so rare. Intel pivoted from a memory maker to a processor maker in the mid-1980s, and has come to dominate compute in everything but handheld devices. In the mid-1990s, IBM failed to understand the RISC/Unix and X86 server waves swamping the datacenter and nearly went bankrupt and salvaged itself as software and services provider to glass houses. A decade …

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