Blogs

Exploring CPU、GPU、TPU and NPU: Architecture and Key Differences Introduction

Exploring CPU、GPU、TPU and NPU: Architecture and Key Differences Introduction

Understand the differences between CPU, GPU, TPU, and NPU in AI computing. Explore their architectures, performance characteristics, and ideal use cases for training and inference.

MTP®/MPO Jumper, Harness, and Trunk Fiber Cables: What Are the Differences and How to Choose?

MTP®/MPO Jumper, Harness, and Trunk Fiber Cables: What Are the Differences and How to Choose?

Learn the differences between MTP®/MPO jumper, harness, and trunk fiber cables. This guide explains their structures, applications, and how to choose the right solution for high-density data center cabling and high-speed networks such as 400G and 800G.

NVIDIA Feynman Architecture Introduction: Next-Gen GPUs with TSMC A16 Process

NVIDIA Feynman Architecture Introduction: Next-Gen GPUs with TSMC A16 Process

In-depth analysis of NVIDIA's Feynman architecture: Based on the A16 (1.6nm) process and back-side power supply technology, it provides a high-performance, low-power next-generation AI computing foundation for the era of large models through 3D stacked LPUs, heterogeneous memory system and low-latency inference optimization.

Optical Transceivers

NADDOD 1.6T Optical Transceiver Differences Analysis

NADDOD 1.6T Optical Transceiver Differences Analysis

Learn how to choose the right 1.6T optical transceiver. This guide compares six NADDOD 1.6T OSFP modules across protocol, cooling design, transmission reach, and connectors for AI and data center deployments.

What Is an LPU (Language Processing Unit)? How Does It Differ from NVIDIA GPU?

What Is an LPU (Language Processing Unit)? How Does It Differ from NVIDIA GPU?

What is an LPU (Language Processing Unit)? This article analyzes Groq’s LPU architecture and compares it with NVIDIA GPU in terms of design philosophy, memory structure, interconnect, and energy efficiency, exploring their differences in large language model (LLM) inference scenarios.

A Comprehensive Market Insight into 800G Switches

A Comprehensive Market Insight into 800G Switches

This paper systematically analyzes the market drivers, technological evolution, and development trends of 800G switches, focusing on high-density interconnect requirements in AI training scenarios, CPO architecture, silicon photonics applications, and the prospects for future large-scale deployment.

Optical Transceivers

Fibre Channel vs. Ethernet Transceivers, Choose the Best for Your Network

Fibre Channel vs. Ethernet Transceivers, Choose the Best for Your Network

Fibre Channel vs. Ethernet transceivers: compare protocol design, performance, power, compatibility, and TCO to choose the right interconnect for AI, cloud, and enterprise storage networks.

How to Choose the Right 400G/800G Ethernet Switch?

How to Choose the Right 400G/800G Ethernet Switch?

Choosing a 400G/800G Ethernet switch requires more than comparing port speeds. From switching fabric capacity and buffer design to RoCEv2 support and scalable architecture, this guide outlines the key factors for AI and modern data center networks.

Optical Transceivers

Ultimate Guide to Ethernet Transceivers

Ultimate Guide to Ethernet Transceivers

A comprehensive guide to Ethernet transceivers, covering form factors, transmission distance, data rate evolution, and how to choose the right module for your network.