Building Burstables: CPU slicing with cgroups
https://www.ubicloud.com/blog/building-burstables-cpu-slicing-with-cgroups

Building Burstables: CPU slicing with cgroups
https://www.ubicloud.com/blog/building-burstables-cpu-slicing-with-cgroups
Neue Sockel für Server-CPUs: SP7 für AMD Venice und LGA 9324 für Intel Diamond Rapids https://www.computerbase.de/news/prozessoren/neue-sockel-fuer-server-cpus-sp7-fuer-amd-venice-und-lga-9324-fuer-intel-diamond-rapids.92431/ #AMD #Intel #Server #CPU
Apparently, Intel-CPUs are no longer a factor for certain applications. Instead, Apple chips are increasingly being adopted, even in datacenters. I think it's just a matter of time until Apple starts producing server hardware again. It would also make sense for Apple to finally offer official support for Linux Kernel development on their hardware.
Your first #CPU you remember using was:
#retrocomputing
Auto-cpufreq 2.6 CPU speed and power optimizer for Linux introduces Bluetooth control at boot, a TUI for system monitoring, and more.
https://linuxiac.com/auto-cpufreq-2-6-brings-enhanced-tui-monitoring/
Brought together our two #TitanComputers that used to support two different projects to set up a small #MPI / #OpenMP cluster (96 physical cores, 1TB DRAM, 40TB storage). We will probably drop a couple of GPUs inside them later on, but for now, they will support our EMR data analytics on the #CPU
Nach nur einer Generation wechselt #Intel mit seinen kommenden #NovaLake-#Chips schon wieder den #CPU-#Sockel. Wer den #Prozessor seines PCs upgraden will, muss also gleich ein ganz neues Mainboard kaufen. https://winfuture.de/news,150437.html?utm_source=Mastodon&utm_medium=ManualStatus&utm_campaign=SocialMedia
#Microsoft has introduced #BitNet b1.58 2B4T, the largest-scale 1-bit #AI model to date with 2 billion parameters and the ability to run efficiently on #CPU - It's openly available under an MIT license https://huggingface.co/microsoft/bitnet-b1.58-2B-4T
I stumbled upon an interesting blog today while searching for an image of the Silicon Graphics 3D cube logo. Named "Abort Retry Fail" by Bradford Morgan White, the blog's articles document computer history. I eventually wound up reading three of them.
#1 "The Rise and Fall of Silicon Graphics"
https://www.abortretry.fail/p/the-rise-and-fall-of-silicon-graphics
It’s not just clock speed: Here’s what makes one CPU better than another
https://squeet.me/display/962c3e10-db88be2b-bfe43121dd1a79cb
Is Python Code Sensitive to CPU Caching? (2024)
The Transputer in your Browser - We remember when the transputer first appeared. Everyone “knew” that it was going ... - https://hackaday.com/2025/04/04/the-transputer-in-your-browser/ #parallelarchitecture #retrocomputing #transputer #cpu
So, what about the rest of the internals?
It's official: Nvidia is making the Nintendo Switch 2's processor
https://www.xda-developers.com/its-official-nvidia-is-making-the-nintendo-switch-2s-processor/
Five Big Questions for HPC-AI in 2025
by Addison Snell, Intersect360 Research
How big can the AI market get?
Will Hyperscale Completely Take Over Enterprise Computing?
What Effect Will the New U.S. Administration Have on HPC-AI?
Can Anyone Challenge Nvidia?
What About Good Old HPC?
Here is the summary:
https://share.evernote.com/note/aff5cc14-23d5-9e14-47bf-60a8c183640a
Die Entwickler des legendären #Intel #Pentium hatten ein Problem: Die CPU war richtig stark, außer für #Multiplikation mit 3. Dafür mussten sie einen eigenen Bereich mit tausenden #Transistoren hinzufügen. Dieser Bereich war größer als eine gesamte Z80 #CPU.
Hier Teil 1 des Warum und Wie:
Looking forward to learning more about this libre-licensed RISC-V SoC with Kazan GPU and VPU.
https://www.crowdsupply.com/libre-risc-v/m-class
I'm really curious how these types of chips are prototyped. I know we can simulate a few hundred thousand logical operations with an FPGA, but is that even close to simulating a powerful chip of this size?