⚡ HPC - akubera

Concepts in Practice: C++ MPI Bindings for the HPC Ecosystem. From a Standardizable Core to a Composable Interface

📡LoRa Blog

runaihome.com··DEV

SWIFT: Shallow and SIMD-Aware CKKS Functional Bootstrapping for Low-Latency

🔢Numerical Methods

eprint.iacr.org·

Big Blue’s Redbook on Storage Scale KV Cache management

🕸️Distributed Systems News

blocksandfiles.com·

How Airbus’ supercomputers are driving the future of design

🔢Numerical Methods News

breakingtravelnews.com·

Flatpak 1.18 adds AMD ROCm support, improved error output, and faster Fish shell start-up

❄️Nix

alternativeto.net·

NVIDIA Nsight Compute

🖥️Computer Hardware

developer.nvidia.com·

HydraMPP: A lightweight library for distributed massive parallel processing in Python - threading at scale.

🕸️Distributed Systems Academic

biorxiv.org·

HFT Latency Monitoring with Probabilistic Calling Context

📡LoRa

hftuniversity.com··Hacker News

RightNow-AI/AutoMegaKernel: An agent harness that compiles a model into one provably-correct, self-retargeting CUDA megakernel and self-tunes it past cuBLAS at batch-1 LLM decode.

🖥️Computer Hardware Code

github.com··Hacker News

Why my SIMD code was silently running as scalar, and what debugging it taught me about production environment assumptions

🔢Numerical Methods Blog

coloneltoad.substack.com··Substack

1-bit and 1.58 bit LLM Benchmarking on Jetson Orin Nano Super | Bonsai LM

🖥️Computer Hardware

smolhub.com··r/LocalLLaMA

Full Context on a Vulkan-Only Strix Halo: The Decode-Drop Reproduces, but the Sweet Spot Moves

🕸️Distributed Systems

thefrontierlab.ai··Hacker News

Exploiting GPU Tensor Cores from Java using Babylon [Juan Fumero]

🖥️Computer Hardware

openjdk.org··r/java

How Will the Chiplet IC Market Transform Semiconductor Design Through 2034?

🖥️Computer Hardware Blog

semiconinsights.blogspot.com·

RATrain: A Resource-Aware Training Runtime for Large Language Models on Bandwidth-Constrained Heterogeneous Supercomputing Platforms

🔢Numerical Methods Academic

arxiv.org·

Core Automation co-founder Jerry Tworek jokes that Nvidia's CUDA translates to miracles in Polish

🖥️Computer Hardware

digg.com·

Concepts in Practice: C++ MPI Bindings for the HPC Ecosystem. From a Standardizable Core to a Composable Interface

CUDA-Oxide 0.2 Brings Early Improvements To Pure Rust CUDA Kernels

Supercomputers alone won’t speed up discoveries without trained researchers, says NSCC chief

(PR) NextSilicon to Productize Arbel RISC-V Core Into 64-Core Enterprise Processor for AI and HPC

Framework Desktop AMD 395+ (rdna 3.5) cannot run confyui err Fix 2026

SWIFT: Shallow and SIMD-Aware CKKS Functional Bootstrapping for Low-Latency

Big Blue’s Redbook on Storage Scale KV Cache management

How Airbus’ supercomputers are driving the future of design

Flatpak 1.18 adds AMD ROCm support, improved error output, and faster Fish shell start-up

NVIDIA Nsight Compute

HydraMPP: A lightweight library for distributed massive parallel processing in Python - threading at scale.

HFT Latency Monitoring with Probabilistic Calling Context

RightNow-AI/AutoMegaKernel: An agent harness that compiles a model into one provably-correct, self-retargeting CUDA megakernel and self-tunes it past cuBLAS at batch-1 LLM decode.

Why my SIMD code was silently running as scalar, and what debugging it taught me about production environment assumptions

1-bit and 1.58 bit LLM Benchmarking on Jetson Orin Nano Super | Bonsai LM

Full Context on a Vulkan-Only Strix Halo: The Decode-Drop Reproduces, but the Sweet Spot Moves

Exploiting GPU Tensor Cores from Java using Babylon [Juan Fumero]

How Will the Chiplet IC Market Transform Semiconductor Design Through 2034?

RATrain: A Resource-Aware Training Runtime for Large Language Models on Bandwidth-Constrained Heterogeneous Supercomputing Platforms

Core Automation co-founder Jerry Tworek jokes that Nvidia's CUDA translates to miracles in Polish