Blogs

Learn how Kernkonzept’s L4Re Micro Hypervisor’s virtualization capabilities help to build flexible and future-proof automotive systems to enable the Software Defined Vehicle.

Simplify SW development for Arm Cortex-R82AE based designs that targets high-performance automotive zonal controllers and Safety Island applications.

In this blog post, we show how Alibaba Cloud customers can reduce LLM Inferencing cost per token by using Yitian 710-based instances.

Samsung and Arm have announced a strategic partnership to develop next-generation communication technologies. Read more here.

In this blog post, we show how sentiment analysis can be added to existing applications using Hugging Face and PyTorch models running on AWS Graviton3.

Scandump is highly effective in silicon debugging as it can capture most internal states through scan chains, making it invaluable in diagnosing silicon issues.

Learn about Arm KleidiCV, an open-source library of optimized routines for accelerating Computer Vision (CV) workloads on Arm CPUs. It is easily integrated into Any CV framework.

Learn all about Arm KleidiAI, an open-source library for accelerating AI performance on any AI framework. KleidiAI is designed for easily integrating optimized routines for Arm CPUs.

BOLT is a post-link optimization technology enabling performance improvement for various workloads. Read more in this post.

AMBA Viz enables faster debug and performance analysis for cycle-accurate simulation and emulation, even for complex interconnects and AMBA bus protocols.

From the GDC24 tech talk “SmartGI Evolution: Adaptive NanoMesh on Mobile”. SmartGI and NanoMesh are cutting-edge rendering solutions aiming to enable the best possible graphics on all platforms.

This blog series provides an introduction to the Arm Scalable Matrix Extension (SME) including SVE and SVE2.

In this blog post, we demonstrate the performance and cost effectiveness of using Arm Neoverse-based CPUs for smaller large language models (LLMs) like Llama3.

Arm Development Studio 2024.0 is now available.

This blog explores software integration on Armv8-R Cortex-R52+ for automotive applications in modern AI-enabled software-defined vehicles.

In Part 3 GCC 14, we discuss the final topics relating to this release and we provide a summary with related information.

In part 2 GCC-14, we discuss the following: Memcpy/memmove improvements, SME/SME2, early-ra pass, Libmvec, LSE128 and, new cores.

In part 1 GCC-14, we discuss the following: Technical debt, Simplifying vector zero concats, Vectorizer improvements and, LDP/STP pass.

In this blog post, discover new features in GCC 13.

In this blog, we explore the latest release of Red Hat Enterprise Linux (RHEL) with improved support for Arm architecture.

What happened last week on Arm?