Resources

BlogAI Networking

Spectrum-X: NVIDIA's Answer to AI Ethernet Challenges

Spectrum-X: NVIDIA's Answer to AI Ethernet Challenges

BlogAI Networking

Why AI/ML Networks Rely on RDMA?

Why AI/ML Networks Rely on RDMA?

BlogInfiniBand Networking

How FEC Improves InfiniBand Network Performance and Reliability

How FEC Improves InfiniBand Network Performance and Reliability

What’s the Ideal Switch for AI Workloads?

What’s the Ideal Switch for AI Workloads?

AI-driven network switches play a pivotal role by enabling high-throughput, low-latency communication between nodes without burdening the CPU.

BlogHigh Performance Computing

From H100, GH200 to GB200: How NVIDIA Builds AI Supercomputers with SuperPod

From H100, GH200 to GB200: How NVIDIA Builds AI Supercomputers with SuperPod

How NVIDIA's SuperPod architecture evolves from the H100 to the GH200 and GB200? This article explains innovations in GPU and CPU interconnects, including NVLink and NVSwitch, which enable AI supercomputers with up to 576 GPUs to accelerate AI model training, inference, and HPC workloads.

BlogOptical Transceivers

A Comprehensive Guide to 800G Optical Transceivers

A Comprehensive Guide to 800G Optical Transceivers

A comprehensive guide to 800G and OSFP transceivers, covering their features, form factors, types, key advantages, applications, common FAQs, and their vital role in AI clusters.

BlogOptical Transceivers

Three Core Broadcom Optical Interconnect Technologies

Three Core Broadcom Optical Interconnect Technologies

Introduce Broadcom's three core technologies: VCSEL, EML, and CPO, highlighting their roles in enabling scalable, high-performance AI infrastructure. Discover how these technologies optimize data transmission, reduce costs, and enhance reliability, supporting the evolution of advanced AI systems.

NADDOD Launches 51.2T Ethernet Data Center Switches Powered by Broadcom Tomahawk 5

NADDOD Launches 51.2T Ethernet Data Center Switches Powered by Broadcom Tomahawk 5

NADDOD's N9500 series 51.2T Ethernet switches, powered by Broadcom Tomahawk 5, feature 400G/800G ports and RoCE to enhance AI and HPC data center efficiency with advanced load balancing and low-latency performance.

BlogOptical Transceivers

Silicon Photonics for AI - Balancing Cost, Power, and Reliability

Silicon Photonics for AI - Balancing Cost, Power, and Reliability

Cost, power consumption, and reliability are the key aspects to consider when applying silicon photonics in AI. Various technological strategies, such as Co-Packaged Optics (CPO) and micro-ring modulators, can effectively address these challenges, optimizing performance and efficiency in high-speed data center applications.