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Jointly designed by IBM Research and IBM Infrastructure, Spyre’s architecture is designed for more efficient AI computation. The Spyre Accelerator will contain 1TB of memory and 32 AI accelerator cores that will share a similar architecture to the AI accelerator integrated into the Telum II chip, according to IBM.
“It allows users to navigate the filesystem, upload new files to the machine, as well as regular file operations like copying, moving and renaming files.” with several strategic improvements to the platform’s security architecture. He also noted that Intel SGX and AMD SEV support are in tech preview.
Open-source powerhouse Red Hat jumped into the generative AI space three months ago, announcing a new AI-focused vision for its Linux operatingsystem at its annual summit. Support for AMD and Intel hardware is expected to arrive in the next few weeks. The future is agentic systems. It’s got everything.
You may have heard of Intel Rack-Scale Architecture (RSA), a new approach to designing data center hardware. This is an idea that was discussed extensively a couple of weeks ago at Intel Developer Forum (IDF) 2014 in San Francisco, which I had the opportunity to attend. What’s the benefit to consumers?
AWS built its own Ethernet-based architecture that relies on its custom-built Elastic Fabric Adapter (EFA) network interface, which uses technology known as scalable reliable datagram (SRD), a network transport protocol designed by AWS. Additionally, many of the leading generative AI models are trained and run on AWS.”
Recent performance reviews have highlighted significant issues with Windows 11 version 24H2 compared to 23H2, particularly concerning the Intel Ultra 9 285K CPU. Image: Borncity Microsoft officially supports the Intel Ultra 9 285K on Windows 11 24H2, according to its CPU support list.
Microsoft’s new “Pluton” architecture has won support from Intel, AMD and Qualcomm. AMD, Intel and Qualcomm joined Microsoft in the announcement, signaling their intent to adopt the architecture in future chips. Microsoft Graphic). Timing for the release of the first Pluton chips wasn’t announced.
processors from its government computers and servers, effectively banning Intel and AMD chips. processors from government-operated computers and servers, thereby excluding chips manufactured by Intel and AMD, according to a report by the Financial Times. China has enacted new rules mandating the removal of U.S. and China.
Pluton is based on the same security technologies used to protect Xbox consoles , and Microsoft is working with Intel, AMD, and Qualcomm to combine it into future CPUs. Microsoft’s work with Intel, AMD, and Qualcomm also means that Pluton will be updated from the cloud. Photo by Tom Warren / The Verge. so you just get it.”
Calling it a “historic day for the Mac,” Apple CEO Tim Cook detailed the transitions to PowerPC, OS X 10, and a move to Intel chips before unveiling its plans to use Apple’s own ARM-powered silicon in Macs in the future. New Intel-powered Macs are still in the pipeline, so Apple isn’t moving exclusively to ARM-based Macs just yet.
This is IDF 2013 session CLDS001, titled “Rack Scale Architecture for Cloud.” ” The speaker is Mohan Kumar, a Sr Principal Engineer with Intel. However, the current architectures aren’t sufficient. To address these concerns, Intel believes that a rack-level architecture is needed.
This is session COMS002, titled “The Future of Software-Defined Networking with the Intel Open Network Platform Switch Reference Design.” ” The speakers are Recep Ozdag, a PME with Intel, and Gershon Schatzberg, a PLM with Wind River Systems. First, though, Recep takes a few minutes to review some SDN concepts.
Microsoft showed new integrations between its Copilot artificial intelligence technologies and its Windows PC operatingsystem, and previewed a new class of personal computers designed to further build AI capabilities into its longtime software platform. GeekWire Photo / Todd Bishop) REDMOND, Wash.
It operates on ARMv8 architecture and can scale up to 64 cores, with lower-core variants (4, 8, and 16-core) designed for consumer devices. It is expected to run on the PC version of HarmonyOS, Huawei’s proprietary operatingsystem, and will utilize a localized development tool chain.
Perhaps the biggest news from Monday was Apple’s transition to developing its own processing chips for the Mac, moving away from Intel. The latest version of the Mac operatingsystem will get a notable redesign, as well as a Control Center and an updated Messages app. . — Ben Scholtysik (@Elektrojunge) June 22, 2020.
Earlier this week, on what Tim Cook called a “historic day,” Apple announced that it’s moving Macs away from Intel processors to its own silicon chips. The new Macs will use arm64, the same CPU architecture that recent iOS devices use (Intel-based Macs use an architecture called x86-64).
A chef doesn’t stop to consider the electronic systems powering her culinary tools as she’s trying to plan and execute a multi-course menu. Your organization likely uses laptops, PCs, and servers with Intel, AMD, and a few other lesser-known processor brands. What more do you need to know? A bit more, actually.
In case you hadn’t noticed, I’m at Intel Developer Forum (IDF) 2014 this week in San Francisco. Intel has a very large consumer presence: PCs, ultrabooks, tablets, phones, 2-in–1/convertibles, all-in–1 devices. Day 1 Keynote. Here’s a liveblog of the IDF 2014 day 1 keynote. Technical Sessions.
Put simply, Open RAN is an attempt to disaggregate radio access network (RAN) functionality, by splitting up the hardware and software thus opening up the architectures and diversifying the supply chain for the radio portion of the network. What is it? The remote radio units are provided by Fujitsu and NEC, LTE.
I’m back home in Denver after spending a few days in San Francisco at Intel Developer Forum (IDF) 2013, so I thought I’d take a few minutes to sit down and share a summary of the event and my thoughts. Enhancing OpenStack with Intel Technologies for Public, Private, and Hybrid Cloud: [link]. IDF 2013 Keynote, Day 2: [link].
Losing to Apple—whose M-series chips are widely regarded as faster and more efficient than Intel’s chips—has apparently stung the chip giant into revving up the innovation engine. These details on their 12th-generation H processors shows that Intel appears to be intent to regain the lead.
Travis Downs explores a recent Intel microcode update that may have negatively impacted performance. Via Alex Mitelman’s Systems Design Weekly 015 , I was pointed to this AWS article on multi-site active-active architectures. It’s a good starting point for thinking about operating your own active-active architecture.
OperatingSystems/Applications In Technology Short Take 166 , I mentioned Nick Schmidt’s article on D2. Thomas Heinen examines some approaches for dealing with multi-architecture Docker image builds. Virtualization William Lam takes a look at ESXi on the latest Intel NUC. and Kong API Gateway 3.0. (Be
This is a liveblog for the day 1 keynote at Intel Developer Forum (IDF) 2014. Among the accomplishments Krzanich lists, he mentions that Intel was the #2 shipper of tablets last year. At this point Krzanich hands it off to Diane Bryant, SVP and GM of the Data Center Group at Intel. One would assume that Apple is #1.)
As a result, Ijam has held roles of increasing authority, moving from her first position at Fannie Mae onto jobs at Intel and Freddie Mac and then Amtrak, where she eventually became CIO. She is now CIO of the Federal Reserve System. “I only stumbled once into IT, and everything else was then planned next-steps,” she says.
On the flip side, though, I have to believe that it’s possible for organizations to make a gradual shift in their computing architectures and processes, so one almost has to discuss these various components individually, because to tie them all together makes it almost impossible. OperatingSystems/Applications.
I might have mentioned this before, but Ken Pepple’s OpenStack Folsom architecture post is just awesome. OperatingSystems/Applications. I found this article on imperative vs. declarative system configuration is quite helpful in understanding Puppet’s declarative model. Cloud Computing/Cloud Management.
I’m going to go out on a limb and make a prediction: In a few years time (let’s say 3–5 years), Intel SGX (Software Guard Extensions) will be regarded as important if not more important than the virtualization extensions. What is Intel SGX, you ask? OperatingSystems/Applications. announcement post.
Moreover, the Pocket AI GPU is compatible with both Windows and Linux systems, ensuring widespread usability. In a head-to-head showdown, it faces off against the Intel Xe GPU, an integrated solution, and the NVIDIA A5000 Laptop GPU, a high-end GA104 mobile processor with 6144 CUDA cores and 16GB of memory. PCI Express 3.0
Jointly authored by VMware, Microsoft, Red Hat, and Intel, this new protocol proposal attempts to bring together the strengths of the various network virtualization encapsulation protocols out there today (VXLAN, STT, NVGRE). Via Kevin Houston, you can get more details on the Intel E7 v2 and new blade servers based on the new CPU.
Federico Paolinelli shared information on running Podman pods as systemd units in the context of an architecture to terminate EVPN inside Kubernetes nodes. Servers/Hardware Bryan Cantrill shares some thoughts on why Gelsinger was wrong for Intel. posted a write-up on using Vault to provision TLS certificates onto a network appliance.
Today, Apple is unveiling new Macs that will be based not on Intel processors, but Apple’s own Arm-based chips. Depending on how you count, that wait has lasted either six months (since they were officially announced) or several years (since Intel’s roadmap detoured into a quagmire). Photo by Nilay Patel / The Verge.
The company published a blog post officially detailing the system requirements for Windows 11. It lays out the processors and systems that will be compatible with the new operatingsystem, while… Read more.
Carlos Cardenas has a great post that does a great job of explaining SAI (Switch Abstraction Interface) and switchdev , two key abstraction layers involved in building Linux-based network operatingsystems (NOSes). Kevin Houston has a write-up on the recent Intel “Broadwell” announcement that provides details on the latest CPU family.
This is an interesting deep dive into Intel’s “Ice Lake” Xeon SP architecture. OperatingSystems/Applications. Kevin Houston explores multi-node servers as an alternative to blade servers due to increasing thermal requirements from CPUs. And since Kevin didn’t define TDP—shame, shame!—see
AnandTech has some coverage of the latest Intel processor announcements , which totally flew by my radar. Keybase discusses some challenges with encrypted chat applications and how their architecture avoids some of those challenges. OperatingSystems/Applications. Servers/Hardware. Cloud Computing/Cloud Management.
POSIX, which is a set of operatingsystem standards. Pat, who is Pat Gelsinger, CEO of Intel. In 2019, I think you had said to Wired , “The operatingsystem is no longer the most important layer for us. ” So anything that is a client operatingsystem ultimately does rendezvous with cloud computing.
Drew Conry-Murray shines a light on Intel’s network ambitions. This is something I’ve been watching for a couple of years, since attending my first Intel Developer Forum (IDF). Intel clearly has its sights set on expanding beyond just “servers” into many more platforms, including network hardware platforms. Servers/Hardware.
Keep an eye on among others including Cisco (Servers), Dell (Servers), EMC (DSSD), HPE, Intel (Servers, Drives and Cards), Lenovo, Micron, Microsoft (Drivers, OperatingSystems, Storage Spaces), NetApp, OCZ, Oracle, PMC, Samsung, Seagate, Supermicro, VMware and Western Digital (acquisition of SANdisk and HGST).
Alex Galbraith recently posted a two-part series on what he calls the “NanoLab,” a home lab built on the Intel NUC (“Next Unit of Computing”). OperatingSystems/Applications. Schuberg Philis has a nice write-up of their CloudStack+NVP deployment here. Servers/Hardware.
It’s a bit disappointing to see that the Surface is still using the older Ryzen chips, since much of the new generation is based on a new architecture (Zen 3, to the 4000 series’s Zen 2) that has delivered performance gains. Then, there are the Intel models. So why am I comparing this device to M1 systems, you may ask?
Cue the round of folks claiming that this is why proprietary network operatingsystems [NOSes] are the route the networking industry should be taking.). The article specifically calls out SR-IOV as well as Intel Data Plane Development Kit (DPDK) support within Open vSwitch (OVS). OperatingSystems/Applications.
Windows is my desktop operatingsystem. It’s what I’ve been using all my life. I feel just as married to it as my Android smartphone, which has been my mobile OS since the dawn of smartphones (or just shortly thereafter). But despite the different ways that I can sync the two platforms through apps and browsers, I… Read more.
Travis Downs explores a recent Intel microcode update that may have negatively impacted performance. Via Alex Mitelman’s Systems Design Weekly 015 , I was pointed to this AWS article on multi-site active-active architectures. It’s a good starting point for thinking about operating your own active-active architecture.
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