Linked is a great overview of how common CPU optimizations work. It teaches with a really good metaphor. Worth reading even if you are not optimizing to the point of counting cycles!https://salas.com/2025/03/25/hardware-aware-coding-cpu-architecture/#architecture #performance #cpu #optimization
Friend of mine in the #Arikoto #OSDev #Discord server just asked me:
“CPU hotplugging support when?”
We don’t even have userspace yet nor does paging work properly.
WHAT DO YOU MEAN CPU HOTPLUGGING SUPPORT WHEN???
(btw, you should totally join the server: https://discord.gg/UczSZb7s7B)
[Перевод] Глубокое погружение в запросы, лимиты и специфику использования CPU в Kubernetes
Джон Такер помогает разобраться с ключевыми аспектами управления ресурсами CPU в Kubernetes. Он объясняет разницу между запросами и лимитами, показывает их влияние на производительность приложений и делится практическими советами по настройке контейнеров. Если хотите улучшить работу кластеров, эта статья станет вашим гидом.
#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
Linked is a great overview of how common CPU optimizations work. It teaches with a really good metaphor. Worth reading even if you are not optimizing to the point of counting cycles!https://salas.com/2025/03/25/hardware-aware-coding-cpu-architecture/#architecture #performance #cpu #optimization
El amigo Kubuntu tiene más de lo que necesito. No solamente ocupa espacio, sino que consume cpu y memoria también.
No voy a negar que es relindo, pero en el tema de recursos de laptop... tamaño importa.
#Linux #Kubuntu #Xubuntu #CPU #RAM
PS: voy a "investigarlo" unos días más, pero después creo que vuelvo a Xubuntu.
Microsoft Releases BitNet b1.58 2B4T, a 1.58-Bit AI Model That Runs on Standard CPUs
#AI #Microsoft #LLMs #BitNet #OpenSource #MachineLearning #CPU #DeepLearning #1bitLLM #GenAI
Linked is a great overview of how common CPU optimizations work. It teaches with a really good metaphor. Worth reading even if you are not optimizing to the point of counting cycles!https://salas.com/2025/03/25/hardware-aware-coding-cpu-architecture/#architecture #performance #cpu #optimization
Why do you all craze about Risc-v. There is this amazing architecture that has expired parents since 2017(even the superH trademark is expired)
The only good thing I see from RISC-V is that they split their instructions in features.
SuperH was really well designed architecture with really good instruction set density.
Instruction set density is not a thing tagged on to a spec which many cores don’t implement and if it is implemented you end up having a mess of mixed 32 and 16 bit instructions. SuperH is cleaner in that everything is a 16 bit instruction which helps with making decoder cheaper.
Correction: instructions are 16-bit by default, there are some 32-bit ones as well but they are way fewer and you are gonna use then only is special circumstances
Linked is a great overview of how common CPU optimizations work. It teaches with a really good metaphor. Worth reading even if you are not optimizing to the point of counting cycles!https://salas.com/2025/03/25/hardware-aware-coding-cpu-architecture/#architecture #performance #cpu #optimization
Outlook-Bug lässt CPUs glühen: Microsoft sucht die Nadel im Heuhaufen
Linked is a great overview of how common CPU optimizations work. It teaches with a really good metaphor. Worth reading even if you are not optimizing to the point of counting cycles!https://salas.com/2025/03/25/hardware-aware-coding-cpu-architecture/#architecture #performance #cpu #optimization
Linked is a great overview of how common CPU optimizations work. It teaches with a really good metaphor. Worth reading even if you are not optimizing to the point of counting cycles!https://salas.com/2025/03/25/hardware-aware-coding-cpu-architecture/#architecture #performance #cpu #optimization
Топ-6 процессоров для игровых ПК на весну 2025 года: AMD или Intel
Гонка вооружений между AMD и Intel продолжает радовать нас новыми моделями CPU , но по-настоящему тектонические сдвиги скрыты глубоко в недрах. Поэтому их последствия становятся очевидны только постфактум. Если несколько лет назад мы наблюдали баланс сил с небольшим перевесом в пользу то одной, то другой компании, то теперь расклад сильно изменился. Zen 5 наконец раскрыл свой потенциал, а проблемы с напряжением у 13-го и 14-го поколения Intel заставили многих пересмотреть свои предпочтения. Не в последнюю очередь это отразилось и на рейтинге лучших игровых процессоров , которые доступны к покупке по состоянию на весну 2025 года.
Linked is a great overview of how common CPU optimizations work. It teaches with a really good metaphor. Worth reading even if you are not optimizing to the point of counting cycles!https://salas.com/2025/03/25/hardware-aware-coding-cpu-architecture/#architecture #performance #cpu #optimization
Linked is a great overview of how common CPU optimizations work. It teaches with a really good metaphor. Worth reading even if you are not optimizing to the point of counting cycles!https://salas.com/2025/03/25/hardware-aware-coding-cpu-architecture/#architecture #performance #cpu #optimization
Linked is a great overview of how common CPU optimizations work. It teaches with a really good metaphor. Worth reading even if you are not optimizing to the point of counting cycles!https://salas.com/2025/03/25/hardware-aware-coding-cpu-architecture/#architecture #performance #cpu #optimization
Linked is a great overview of how common CPU optimizations work. It teaches with a really good metaphor. Worth reading even if you are not optimizing to the point of counting cycles!https://salas.com/2025/03/25/hardware-aware-coding-cpu-architecture/#architecture #performance #cpu #optimization
