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.
Improving AI Workload Efficiency Through Precise Time Synchronization
Discover how precision time synchronization can boost AI workload efficiency, reduce system idle time, and enhance datacenter performance through IEEE1588 and PCIe PTM technologies.
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.
LLM Service Revolution Through Memory Computing Fusion Technology - From Datacenter to On-Device AI
Discover how SK Hynix's AiM technology revolutionizes LLM services through processing-in-memory solutions, offering enhanced efficiency and reduced costs for both datacenter and device-level AI applications.
Machine Learning Software Ecosystems: Frameworks, Compilers, and Models - Part 1
Explore the landscape of ML frameworks, compilers, and models while understanding performance considerations for various hardware platforms and edge computing requirements.
Optimizing High Density Storage for AI and ML Applications
Discover how to optimize high-density storage systems for AI/ML workloads, focusing on data pipelines, GPU utilization, and efficient solid-state storage solutions for large-scale models.
Falcon Reliable Transport: High-Performance RDMA at Data Center Scale
Discover Intel's FalconRT technology for high-performance RDMA transport, enabling efficient data center networking with hardware-assisted optimization and backward compatibility for existing infrastructure.
The Exponential Demands AI Places on the Rack and Datacenter
Explore how AI's growing computational demands reshape datacenter architecture, power requirements, and cooling solutions, with insights from NVIDIA and Google experts on future scaling challenges.
Orchestration Needs for AI Clusters at Scale - Lessons Learned from Two Leading Providers
Discover practical insights into managing large-scale AI clusters, focusing on orchestration solutions, deployment automation, and performance optimization for thousands of switches and network links.
Designing In-House Server Solutions for Modern GPU Cloud Computing
Discover innovative approaches to designing energy-efficient servers and data centers optimized for ML-focused GPUs, with insights into thermal management and power consumption optimization.
Automating the Migration Journey to Open Standards Networks
Discover how to automate network migration from proprietary to open-standards hardware, reducing downtime by 70% and costs by 60% while maintaining operational continuity and avoiding vendor lock-in.
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.
Energy-Efficient High Bandwidth Optical Interconnect Solutions for Generative AI
Explore cutting-edge optical interconnect technologies powering next-gen AI computing, from 800G deployment to 3.2T planning, focusing on power efficiency innovations like LPO, LRO, and CPO solutions.
AI/ML Clusters Enabled by a 51.2 Tbps CPO Switch
Discover how Co-Packaged Optics technology revolutionizes AI/ML networks through a 51.2T switch, enabling enhanced bandwidth, reduced power consumption, and improved latency for large-scale GPU clusters.
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.
Optical Compute Interconnect: Co-Packaged Optics for AI and Computing Infrastructure
Discover Intel's breakthrough 4 Tbps OCI chiplet technology using Silicon Photonics, enabling next-gen AI compute with high-bandwidth, energy-efficient optical connectivity and integrated laser systems.
Checkpoint Offloading SSD - Enhancing Performance and Scalability in LLM Training
Discover how checkpoint offloading SSD technology optimizes LLM training by reducing GPU memory usage and improving data movement efficiency between storage components.
Linear Optics for AI Fabric Scale-Up and Scale-Out
Explore the role of linear optics in scaling AI infrastructure, focusing on both vertical and horizontal expansion strategies for enhanced system performance and connectivity.
Interfaces in Near Data Computing - Simplifying SNIA API for Compute Storage Devices
Explore the FTI API's simplified approach to compute storage devices, focusing on SNIA API integration and practical applications in video encoding scenarios.