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The old adage “the enemy of my enemy is my ally” has been borne out again, with AMD and Intel joining forces with a number of their largest partners to create the x86 Ecosystem Advisory Group, a consortium that aims to drive forward the ecosystem around x86 processors. However, the real threat to Intel and AMD lies on the client side.
Red Hat is out this week with the latest milestone update of its flagship Linux platform. Red Hat Enterprise Linux 9.5 Red Hat Enterprise Linux 9.x Red Hat Enterprise Linux 9.x Firewalld is a commonly used Linux firewall service while notables provides filtering and classification of network packets.
Open-source powerhouse Red Hat jumped into the generative AI space three months ago, announcing a new AI-focused vision for its Linux operating system at its annual summit. Today, that vision became a reality with the general availability of Red Hat Enterprise Linux AI. That includes immediate support for Nvidia hardware.
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.
DES is topology agnostic, [Ultra Ethernet Consortium (UEC)] ready, optimized for both training and inference workloads, with a 100% efficient architecture, and offers the rich telemetry and smart features that the modern AI Center needs.” Arista said that the 7700R4 DES was developed with input from Meta.
There is lots of information circulating about the new exploits of computer chips from Intel and others announced in the past few days. First, to be clear, these exploits affect all the major computer chip architectures. Some of it has been accurate, and some has been sensationalist and overblown.
System76 has refreshed its high-end Oryx Pro laptop for developers and Linux enthusiasts, and it now packs Intel's 10th generation Comet Lake CPUs. Specifically, you can get this with a Core i7-10875H that offers eight cores and 16 threads - essentially a more refined, 14nm version of the Skylake architecture.
Linux Kernel 6.10 introduces Rust language support for the RISC-V architecture, as well as initial support for AMD Zen 5 processors and Intel's Battlemage GPUs. Read Entire Article
” The speaker is Edwin Verplanke, a System Architect with Intel. In recent years, we’ve seen more devices running off-the-shelf software (like Linux). Is the Linux bridge efficient enough? Intel is looking at Open vSwitch as a way to address that; more information on that later.
The incredibly successful Zen architecture has turned the modern CPU market upside down, bringing AMD to the top of the performance race and giving users a much needed competitor to the long-lasting Intel run. There is a computing area, however, where AMD CPU are still suffering from a performance penalty.
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. Windows Hello will transition to Pluton in the future.
Hosted by The Linux Foundation, the Ultra Ethernet Consortium (UEC) has just been announced with the goal of building a complete, Ethernet-based communication stack architecture for high-performance networking applications.
” The speaker is Nicholas Weaver (yes, that Nick Weaver, who now works at Intel). This includes cgroups (the ability to control resource allocation/utilization), which is built into the Linux kernel. The discussion now transitions into a quick review of the underlying Docker architecture.
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.
Implementing an Enterprise Data Hub — Technical perspectives for implementing enterprise data hub architectures, converged analytics for workflow optimization, and the essential role of open standards and frameworks to ensure continuous innovation. Chief Technologist, Intel Federal LLC, Intel Corporation. 2:05 – 2:20 PM.
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 session COMS003, titled “Enabling Network Function Virtualization and Software Defined Networking with the Intel Open Network Platform Server Reference Architecture Design.” The speakers are Frank Schapfel, Senior Product Line Manager with Intel, and Brian Skerry, Open Networks System Architect with Intel.
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.
Implementing an Enterprise Data Hub — Technical perspectives for implementing enterprise data hub architectures, converged analytics for workflow optimization, and the essential role of open standards and frameworks to ensure continuous innovation. Chief Technologist, Intel Federal LLC, Intel Corporation. 2:05 – 2:20 PM.
This is a liveblog of Intel Developer Forum (IDF) 2013 session EDCS003, titled “Enhancing OpenStack with Intel Technologies for Public, Private, and Hybrid Cloud.” ” The presenters are Girish Gopal and Malini Bhandaru, both with Intel. Bhandaru takes over to provide an overview of the OpenStack architecture.
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.
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. Read more here. Yes please!
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. Technology Short Take #32. Technology Short Take #25.
The first speaker starts out with a review of exactly what a microserver is; Intel sees microservers as a natural evolution from rack-mounted servers to blades to microservers. Key microserver technologies include: Intel Atom C2000 family of processors; Intel Xeon E5 v2 processor family; and Intel Ethernet Switch FM6000 series.
I have a fairly diverse set of links for readers this time around, covering topics from microchips to improving your writing, with stops along the way in topics like Kubernetes, virtualization, Linux, and the popular JSON-parsing tool jq. Michael Kashin shares the journey of containerizing NVIDIA Cumulus Linux. Networking. So useful.).
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].
This is a liveblog of the day 2 keynote at Intel Developer Forum (IDF) 2013 in San Francisco. Eul takes the stage; he’s the VP and General Manager of the Mobile and Communications Group at Intel. Bay Trail is a mobile computing experience reference architecture. Here is the link for the liveblog from the day 1 keynote.).
I might have mentioned this before, but Ken Pepple’s OpenStack Folsom architecture post is just awesome. KVM is the set of kernel modules that leverage hardware virtualization functionality inside Intel and AMD CPUs, and it makes possible the virtualization of closed-source operating systems like Windows. Why is this important?
or later, at least 2GB of RAM, Intel Core 2 Duo or later. Windows users: Windows 10 (64-bit) or later, at least 2GB of RAM, Intel Pentium 4 or later. Linux users: Ubuntu 16.04 LTS (64-bit) or later, at least 2GB of RAM, Intel Pentium 4 or later. Make sure the right CPU architecture is selected. or later.
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
Automakers want to standardize on a Linux-based OS that would make vehicle infotainment systems act more like smartphones. Automakers are working to standardize on a Linux-based operating system for in-vehicle infotainment (IVI) systems that would make it easier for cars to act more like smartphones. In Vehicle Infotainment.
Alban Crequy has a post on using Linux queueing disciplines (qdiscs, for short) to help with testing application behavior under degraded network conditions. Kevin Houston has a write-up on the recent Intel “Broadwell” announcement that provides details on the latest CPU family. Highly recommended reading! Servers/Hardware.
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”). Cormac Hogan has a series going titled “Pluggable Storage Architecture (PSA) Deep Dive” ( part 1 here , part 2 here , part 3 here ). Servers/Hardware.
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.
I have a fairly diverse set of links for readers this time around, covering topics from microchips to improving your writing, with stops along the way in topics like Kubernetes, virtualization, Linux, and the popular JSON-parsing tool jq along the way. Michael Kashin shares the journey of containerizing NVIDIA Cumulus Linux.
In this Technology Short Take, I’ve gathered some links for you covering topics like Azure and AWS networking, moving from macOS to Linux (and back again), and more. Ben Wilcock shares his experience with an Intel NUC 11. VentureBeat discusses Armv9 , a new architectural update for Arm-based CPUs. Networking.
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.
I didn’t have either issue when using the same apps on the Intel-based Flex 3 last week. That includes anything elaborate with Linux, and anything that requires an external monitor. For comparison, the Spin 513 is largely competing with Mediatek and Intel Celeron machines. And some things didn’t work at all.
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? Here’s a decent write-up on comparing LXC and Docker.
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. Technology Short Take #32. Technology Short Take #25.
Frank Denneman digs into Sapphire Rapids memory configurations (Sapphire Rapids is Intel’s 4th generation Scalable Processor Architecture). Diego Crespo talks about PowerShell on Linux and his experience with it. William Lam shares news about higher-capacity SODIMMs available for small or ultra small form factor systems.
The article specifically calls out SR-IOV as well as Intel Data Plane Development Kit (DPDK) support within Open vSwitch (OVS). This article is an interesting read on some work being done by Microsoft Research to leverage Intel SGX to address some security concerns with today’s cloud-heavy architectures/usage models.
Jon Langemak is blogging again, and he jumps back into the “blogging saddle” with a post on working with tc on Linux systems. Bruno Hildenbrand shares 20 tips for managing Linux VMs on Azure. Kevin Campusano discusses Linux development in Windows 10 with Docker and WSL 2. The world has moved on, and so did I.”
The videos have titles such as “Neural Network Architectures and Deep Learning”; “Linear Quadratic Regulator (LQR) Control for the Inverted Pendulum on a Cart”; “Underdetermined Systems and Compressed Sensing” and many more. Mac, Windows or Linux? Help us out, we need it.) Kirk, Picard, or Janeway?
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