Latest #cpu Threads 
Future AI might not need supercomputers thanks to models like BitNet b1.58 2B4T.
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There is an Android app. I just want to create two GRAPHS with CPU Runtime and Battery Consumption.
It is as simple as this.
I tried w...
New
Microprocessor’s Romance With Negative Integers – The How and Why of CPU Arithmetic Design.
By Vivek Agrawal One of the first things we ...
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GitHub - anordin95/run-llama-locally: Run and explore Llama models locally with minimal dependencies on CPU.
Run and explore Llama model...
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GitHub - samuel-vitorino/lm.rs: Minimal LLM inference in Rust.
Minimal LLM inference in Rust. Contribute to samuel-vitorino/lm.rs develo...
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Hot Chips 2024: Qualcomm’s Oryon Core.
Today, Qualcomm is presenting on their Oryon core. We’ve covered this core previously in a separa...
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ARM’s next-gen CPU and GPU cores are faster, more efficient - Liliputing.
ARM’s next-gen CPU and GPU cores are faster, more efficient
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Aggressive update schedule is a major departure for Apple Silicon.
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Motherboard makers “disable thermal and power delivery safeguards” by default.
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GitHub - intel-analytics/ipex-llm: Accelerate local LLM inference and finetuning (LLaMA, Mistral, ChatGLM, Qwen, Baichuan, Mixtral, Gemma...
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This Week's Trending
This Month's Trending
This Year's Trending
There is an Android app. I just want to create two GRAPHS with CPU Runtime and Battery Consumption.
It is as simple as this.
I tried w...
New
Future AI might not need supercomputers thanks to models like BitNet b1.58 2B4T.
New
GitHub - anordin95/run-llama-locally: Run and explore Llama models locally with minimal dependencies on CPU.
Run and explore Llama model...
New
Hot Chips 2024: Qualcomm’s Oryon Core.
Today, Qualcomm is presenting on their Oryon core. We’ve covered this core previously in a separa...
New
GitHub - samuel-vitorino/lm.rs: Minimal LLM inference in Rust.
Minimal LLM inference in Rust. Contribute to samuel-vitorino/lm.rs develo...
New
Microprocessor’s Romance With Negative Integers – The How and Why of CPU Arithmetic Design.
By Vivek Agrawal One of the first things we ...
New
Last Three Year's Trending
NVIDIA to Share New Details on Grace CPU, Hopper GPU, NVLink Switch, Jetson Orin Module at Hot Chips.
Latest chip designs reflect the br...
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E-cores in desktop CPUs have proven handy for big multi-threaded workloads.
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Though the benchmarks we’ve seen for Intel’s GPUs so far could be better.
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The strange code morphing CPU inside the Sony VAIO U1.
In the year 2000, a small company called Transmeta Corporation released a CPU tha...
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GitHub - pietroborrello/CustomProcessingUnit: The first dynamic analysis framework for CPU microcode.
The first dynamic analysis framewo...
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App developer analytics data show what appears to be a 12-core M3 Pro chip.
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Intel Launches $699 Core i9-13900KS, the World’s First 6 GHz 320W CPU: Available Now.
Fastest desktop CPU in history, and also the most ...
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How a CPU works: Bare metal C on my RISC-V toy CPU.
I always wanted to understand how a CPU works, how it transitions from one instructi...
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GitHub - intel-analytics/ipex-llm: Accelerate local LLM inference and finetuning (LLaMA, Mistral, ChatGLM, Qwen, Baichuan, Mixtral, Gemma...
New
My Fear of Commitment to the 1st CPU Core.
On this Valentine’s Day Weekend I share the heartbreak that caused my fear of commitment to t...
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It takes a lot of computing power to pretend to be human.
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NVIDIA Grace Hopper Superchip.
For giant-scale AI and HPC applications.
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Evaluating M3 Pro CPU cores: 1 General performance.
Using assembly language test loops to understand the differences between M1 Pro and ...
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Mini-08 single-board computer based on the 8008 CPU.
I take my 8008 H8 CPU board and I refactor it into a standalone single-board comput...
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Qualcomm’s new chip has an X4 ARM Cortex CPU, typical yearly performance claims.
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Trending Over Three Years
Last summer, 580 cybersecurity researchers spent 13,000 hours trying to break into a new kind of processor. They all failed.
The hack at...
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Along with other optimizations to benefit the Steam Deck, AMD and Valve have been jointly working on CPU frequency/power scaling improvem...
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Using Rustlang’s Async Tokio Runtime for CPU-Bound Tasks - The New Stack.
The Tokio runtime at the heart of the Rust async ecosystem is ...
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A brief overview of IBM’s new 7 nm Telum mainframe CPU.
A typical Telum-powered mainframe offers 256 cores at a base clock of 5+GHz.
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Kicking off another busy Spring GPU Technology Conference for NVIDIA, this morning the graphics and accelerator designer is announcing th...
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Designing a RISC-V CPU, Part 1: Learning hardware design as a software engineer
Tue 16 February 2021
I have no experience in digital log...
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Performance & Scalability of HBv3 VMs with Milan-X CPUs.
Article contributed by Amirreza Rastegari, Jon Shelley, Jithin Jose, Evan B...
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Introducing Grace.
A CPU Purpose-Built for Servers Running Terabytes of Data
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Known for its core design IP that ends up in everything from IoT to smartphones to servers, Arm is now presenting that it has enabled one...
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April 2020 was the last time Intel or AMD released a new $100-ish desktop CPU.
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$95 AMD CPU Becomes 16GB GPU to Run AI Software.
Recycling a three-year-old APU for AI
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Demystifying GPUs for CPU-centric programmers.
Over the years, I have learned a lot about how CPUs execute code and what their internals...
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Motherboard makers “disable thermal and power delivery safeguards” by default.
New
ARM’s next-gen CPU and GPU cores are faster, more efficient - Liliputing.
ARM’s next-gen CPU and GPU cores are faster, more efficient
New
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