
Discover the revolutionary Software-Enabled Flash™ technology, a vendor-neutral Linux Foundation project that empowers developers with software-definable flash capabilities, enhanced data placement control, and optimized latency management.

Explore the evolution of SSD technology and why embedding Network File System (NFS) directly in SSDs is crucial for modern decentralized workflows, cloud computing, and edge computing demands.

Explore the revolutionary world of persistent memory technology, its hardware fundamentals, practical applications, and future impact on storage systems and application performance.

Discover how to leverage BPF for analyzing application-device interactions, tracing NVMe drivers, and gaining valuable insights into workload performance through practical examples and Linux system tools.

Explore the technical evolution from SMBus to I3C in PCIe and CXL solutions, covering implementation challenges, backward compatibility, and real-world experimental results from industry collaborations.

Explore the evolution of SmartNICs and SmartSSDs in data centers, their market impact, and how emerging technologies like PCIe 5 and CXL are shaping the future of smart acceleration.

Delve into advanced SSD mechanical, PCB, and thermal design principles for EDSFF E3 form factors, exploring challenges and solutions for enterprise storage optimization and thermal control.

Discover how to implement network-based OS booting using NVMe/TCP transport, exploring the new NVM Express Boot Specification and its integration with UEFI for standardized multi-vendor deployments.

Explore the Universal Chiplet Interconnect Express (UCIe) standard and its revolutionary impact on SoC construction, chiplet integration, and high-performance computing applications.

Dive into PCIe SSD Live Migration implementation, covering state machine transitions, VM addressing, and NVMe specifications for both Source and Target SSD behaviors in this technical deep-dive.

Explore the critical importance of indigenous computing capabilities and digital sovereignty in India's tech landscape, from cloud services to AI infrastructure and digital public goods.

Delve into the discovery of RingHopper, a critical UEFI vulnerability affecting billions of devices, exploring exploitation techniques and elevation methods across Windows and Linux systems.

Explore innovative uses of OCI registries, drawing parallels with computer architecture concepts to redefine distributed systems and introduce Distributed Random Access Merkledags.

Learn to transform Windows systems from MBR to UEFI booting and repair broken bootloaders, essential for dual-boot setups with Linux.

Explore RISC-V architecture and its applications in cryptography and hardware security at CHES 2022, featuring expert presentations and discussions.

Explore serving large GenAI models efficiently using KubeRay on Kubernetes with hardware accelerators. Learn to scale workloads, optimize performance, and reduce costs for production-ready AI inference.

Explore groundbreaking hardware innovations at USC's Information Sciences Institute through Bob Parker's insights on early advancements and their global impact.

Explore building a Mac 128K emulator using Raspberry Pi Pico with Ron McAdams' Pico Micro Mac board. Learn setup, usage, and potential of this compact retro computing project.

Explore porting NES game code to Apple IIgs using a Hardware Abstraction Layer. Learn design, implementation, and live conversion of NES homebrew to IIgs application.

Explore the fascinating history of Apple ///'s Twiggy drive controller, its discovery, experiments, near-losses, and significance in early computing.

Explore a new HDMI output system for Apple //e, featuring split design, Pico-based bus card, and external graphics processing. Learn about enhanced capabilities and cost-effective alternatives.