Power Solutions for AI Data Centers
Discover innovative power solutions designed specifically for AI data centers, focusing on efficiency, reliability, and scalability in modern computing infrastructure.
Advancing ARM Custom-Built Silicon with Open Source Firmware
Explore how open-source firmware enables custom Arm processors and accelerators for AI workloads, focusing on Neoverse CSS evolution and practical implementation strategies.
Bringing AMD OpenSIL Based Platforms to Life Using Insyde's Open UEFI Software Debug Engine
Discover how to debug AMD openSIL platforms using Insyde's OpenDBG debugger, featuring remote access, source-level debugging, and comprehensive hardware control capabilities.
Liquid-Cooled Vertical Busbar Design for 200kW AI Computing Racks
Discover how liquid-cooled busbar technology revolutionizes AI infrastructure, enabling 2-4x power capacity increase for next-generation 200kW+ platforms without expanding footprint.
Requirements Considerations of Next Generation ORv3 PSU and Power Shelves
Explore advanced power solutions for data centers, focusing on ORv3 technologies, power supply innovations, and battery backup systems for improved efficiency and reliability.
Vertical Power Delivery for Enhanced xPU and AI Product Performance
Explore how vertical power delivery architecture revolutionizes server performance by optimizing DC/DC converter placement and enabling enhanced computing capabilities for AI and ML applications.
Power Delivery Challenges for AI Accelerators - Advancements and Development of High Density Solutions
Explore power delivery challenges in AI accelerators and innovative solutions for high-density power modules, focusing on AMD Mi300X's vertical stacking and ecosystem standardization.
Enhancing HDD Performance with Acoustical Resonators - Optimizing Storage Systems Through Noise Reduction
Discover how acoustical resonators can improve HDD performance by reducing fan-induced vibrations and noise interference in server environments, leading to enhanced IOPS and system reliability.
Validating Time Synchronization in 5G and 6G RAN Transport Architecture
Explore time synchronization validation methods for 5G/6G RAN transport, focusing on xHaul architecture implementation, clock quality metrics, and practical insights from Cisco-Keysight experiments.
Developing an IoT Software Defined Radio for Wireless Clock Synchronization
Explore wireless clock synchronization through IoT Software Defined Radio, focusing on OCP-TAP Time Cards implementation and LoRa-based Wi-Wi protocol for precise timing distribution.
Signal Integrity Measurements: Correlation Between SCD21, Skew and Crosstalk in Cable Assembly Manufacturing
Explore the relationship between signal integrity measurements and their impact on production testing, focusing on potential correlations between skew and common mode conversion.
Propagating Timing Synchronization Across OCP NICs for High-Precision Clock Profiles
Discover how to implement high-precision timing synchronization across OCP NICs by repurposing connector pins, enabling enhanced reliability and eliminating cabling complexity for telecommunication systems.
PCIe Precision Time Measurement (PTM) Support in Embedded Processors and MCUs
Explore PCIe precision time measurement implementation in embedded systems, focusing on time synchronization, integration with IEEE 1588, and practical applications in Linux-based and RTOS environments.
Implementing Precision Frequency Measurement (PFM) Using a DPLL to Improve Time Synchronization
Discover how PFM implementation with DPLL enhances PCIe time synchronization, enabling cost-effective TCXO solutions for datacenter applications like virtualized 5G RAN and distributed AI.
Future-Ready Green O-RAN: Leveraging FPGAs for Enhanced Security, Performance and Low Power
Discover how FPGAs enhance ORAN networks through robust security, precise synchronization, and power-efficient acceleration for optimal network performance and interoperability.
Harmonizing Open RAN Innovation - From Open Standards to Open Source Software
Explore the current landscape of Open RAN, distinguishing between open standards and open source software while examining innovation opportunities and future developments in radio access networks.
Implementing PCIe Connectivity with Optics - Optical Solutions for High-Speed Computing
Explore the latest developments in optical PCIe connectivity, focusing on protocol adaptations, new form factors, and enhanced link management for AI and high-performance computing applications.
OPEN RAN and Why We Need a Next G for Wireless Industry
Discover the fundamentals of OPEN RAN technology and explore the critical developments driving the next generation of wireless industry innovations.
Native Replacement of Copper I/O with Linear Co-packaged Optics
Explore cutting-edge developments in linear co-packaged optics technology and its potential to replace traditional copper I/O systems in modern computing infrastructure.
The State of Hydrogen Storage and Small Nuclear Reactors in Data Centers
Explore cutting-edge solutions for sustainable data center power through hydrogen storage and small nuclear reactors, focusing on implementation strategies and environmental impact reduction methods.
Steering Copper Architectures - Opportunities for Short-Reach Pluggable Optics
Explore the latest developments in copper architectures and short-reach pluggable optics, focusing on technological advancements and implementation strategies for network infrastructure.