Blogs

NVIDIA GPU Cluster Interconnect: B200/B300/GB200/GB300

NVIDIA GPU Cluster Interconnect: B200/B300/GB200/GB300

This system analyzes the cluster interconnection architecture of NVIDIA B200/B300/GB200/GB300, covering DGX, NVL72 form factors and SuperPod topology design, to help understand cluster deployment methods.

Google TPU: The AI Chip for the AI Inference Era

Google TPU: The AI Chip for the AI Inference Era

Google TPU vs NVIDIA GPU: Who Wins? This article provides a comprehensive analysis of the architectural evolution and system-level advantages of Google TPUs, delves into Ironwood, memory, and interconnect design, and discusses the differences between TPUs and NVIDIA GPUs, helping enterprises evaluate the best computing power solution for the era of large-scale computing.

Deep Dive into NVIDIA DGX B300

Deep Dive into NVIDIA DGX B300

This article provides a comprehensive analysis of NVIDIA DGX B300, covering aspects such as computing performance, NVLink interconnect, ConnectX-8 network architecture, power supply and data center integration, and Mission Control operations management. Click to read and gain a complete understanding of the DGX B300.

BlogOptical Transceivers

The Key Role of High-quality Optical Transceivers in AI Networks

The Key Role of High-quality Optical Transceivers in AI Networks

This article analyzes the potential faults and cost risks brought about by low-quality optical modules in AI networks, and introduces how high-performance optical modules can provide stable, low-latency interconnection under high-load environments, improve GPU cluster utilization, reduce downtime losses, and build highly reliable and scalable AI infrastructure.

BlogOptical Transceivers

Common Problems While Using Optical Transceivers in AI Clusters

Common Problems While Using Optical Transceivers in AI Clusters

This article analyzes common optical transceiver problems in AI clusters, the main causes and solutions, and how to select highly stable optical modules to improve their reliability, stability and performance in large-scale AI training environments.

BlogAI Networking

Next-Generation Supercomputing: The Convergence of AI, Simulation, and Quantum Computing

Next-Generation Supercomputing: The Convergence of AI, Simulation, and Quantum Computing

This article provides an in-depth analysis of the next-generation supercomputing trends showcased at SC25: the convergence of analog, AI, and quantum computing. It covers the Vera CPU, CPO optical interconnects, NVLink/NVQLink, and Apollo models, demonstrating the next-generation supercomputing architecture.

BlogOptical Transceivers

In-depth Analysis of OSFP 800G SR8 Ethernet Transceivers

In-depth Analysis of OSFP 800G SR8 Ethernet Transceivers

This article provides a comprehensive analysis of the bandwidth, power consumption, heat dissipation, and compatibility advantages of the OSFP 800G SR8 transceivers, showcasing their connectivity applications in 800G-800G, 800G-400G, and 800G-200G.

BlogOptical Transceivers

Explore High-Performance Ethernet Transceivers: OSFP 800G DR8

Explore High-Performance Ethernet Transceivers: OSFP 800G DR8

Learn about typical applications of the NADDOD OSFP 800G DR8 optical module in 800G Ethernet environments, supporting switch interconnection and various NIC connections, providing efficient and reliable data center interconnect solutions.

BlogOptical Transceivers

Optical Interconnect Technology Analysis: LPO, NPO, CPO

Optical Interconnect Technology Analysis: LPO, NPO, CPO

Exploring optical interconnects for AI data centers: LPO for low-power, short-distance links, NPO for high-density, near-package connections, and CPO for ultra-high-bandwidth co-package solutions. These three optical interconnect technologies work together to improve bandwidth, power consumption, and system efficiency.