
Explore high-performance NVMe offloading techniques in SPDK utilizing the innovative vfio-user protocol, enhancing storage efficiency and performance in modern data centers.

Comprehensive update on Linux and U-Boot flash subsystems, covering improvements in SPI-NAND/NOR support, parallel NAND API, UBIFS enhancements, and notable bug discoveries.

Explore the fascinating world of shareware software, its history, and impact on computing culture in this engaging presentation by Jason Scott.

Explore Intel's unfulfilled promises and their implications for computer security. Gain insights into processor vulnerabilities and potential risks in modern computing systems.

Comprehensive guide to building a computer from scratch, covering component selection, assembly, and setup. Perfect for beginners and DIY enthusiasts looking to understand PC hardware.

Innovative GPU-accelerated system for efficient vector query processing on large datasets, overcoming memory limitations and outperforming existing solutions in performance and cost-effectiveness.

Explore the Banana Pi BPI-F3, an octa-core RISC-V single-board computer, featuring Bianbu OS demonstrations, specifications review, and insights into the future of RISC-V computing.

Learn to build a miniature Macintosh Quadra 700 using a Raspberry Pi and 3D printing. This DIY project combines retro computing with modern technology, offering a unique and nostalgic experience.

Learn to create a basic BIOS for a breadboard computer, exploring fundamental concepts of low-level programming and computer architecture.

Step-by-step guide to building a silent Mini-ITX PC with an ASRock N100DC-ITX motherboard and Intel N100 processor, covering component selection, assembly, and performance testing.

Explores optimizing Flash memory performance through mutual information maximization, focusing on LDPC codes and device longevity in the context of multi-bit cell storage and read operations.

Explore RISC-V, the open-source processor architecture revolutionizing computing. Learn its technical aspects, applications, and significance in this comprehensive overview.

Exploring routable PCIe fabric performance in composable infrastructures using rPCIeBench. Analyzes communication characteristics, traffic orchestration, and develops insights for optimizing flow scheduling in shared fabrics.

Comprehensive PyTorch tutorial covering tensors, operations, GPU usage, datasets, neural networks, and model training. Hands-on examples for mastering deep learning and LLMs.

Explore GPU acceleration for AI in Kubernetes, covering resource-sharing, configuration, scheduling, and scalability. Learn key capabilities and challenges for efficient AI/ML workloads in cloud environments.

Discover an operator-based approach for seamless GPU driver management in Kubernetes, enabling AI/ML workloads with minimal disruption and supporting diverse hardware configurations.

Innovative storage system design for SSDs that maintains high performance by gradually reducing capacity, preventing slowdowns and extending device lifespan.

Innovative approach to minimize garbage collection overhead in log-structured systems using adaptive grouping and analytical models, improving performance and efficiency for various applications.

Investigates file fragmentation's impact on SSD performance, revealing die-level collisions as the main cause. Proposes a solution to mitigate performance drops without defragmentation.

Explore I/O Passthru, a new Linux I/O path enhancing NVMe storage efficiency. Learn about its implementation, benefits, and performance improvements over traditional block I/O methods.

Explore the evolution of space-bound hardware, from core memory to ARM SoCs and real-time Linux. Learn about commodity hardware in space exploration and confidential computing's role in securing data beyond Earth.