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BlogOptical Transceivers

NADDOD 1.6T OSFP224 Transceivers Achieve Full Interoperability in Connectivity Tests with NVIDIA MMS4A00

NADDOD 1.6T OSFP224 Transceivers Achieve Full Interoperability in Connectivity Tests with NVIDIA MMS4A00

NADDOD 1.6T OSFP224 optical module are fully compatible with NVIDIA Quantum X-800 switches and enable seamlessly interconnection with NVIDIA's 1.6T optical module.

Introduction to Open-source SONiC: A Cost-Efficient and Flexible Choice for Data Center Switching

Introduction to Open-source SONiC: A Cost-Efficient and Flexible Choice for Data Center Switching

Discover how SONiC, the Linux-based open-source network OS, transforms data centers with hardware independence and automaion. And explore NADDOD’s SONiC-Powered 51.2T/25.6T Ethernet AI Switches.

BlogAI Networking

OFC 2025 Recap: Key Innovations Driving Optical Networking Forward

OFC 2025 Recap: Key Innovations Driving Optical Networking Forward

Discover the highlights from OFC2025—large‑scale 800G/1.6T deployments to Silicon Photonics (SiPh), Linear Drive Pluggable Optics (LPO), and Co-Packaged Optics (CPO) innovations, novel fiber&connectivity advances, and chip‑level leaps driving the next generation of high‑bandwidth, energy‑efficient optical communications.

BlogInfiniBand Networking

NADDOD 1.6T XDR Infiniband Module: Proven Compatibility with NVIDIA Quantum-X800 Switch

NADDOD 1.6T XDR Infiniband Module: Proven Compatibility with NVIDIA Quantum-X800 Switch

Following the launch of NVIDIA Quantum-X800 InfiniBand switches, NADDOD's 1.6T OSFP224 optical modules are quickly finished compatibility tests and demonstrated exceptional performance and low BER, reinforcing its reliability in powering AI infrastructure.

BlogAI Networking

Vera Rubin Superchip - Transformative Force in Accelerated AI Compute

Vera Rubin Superchip - Transformative Force in Accelerated AI Compute

NVIDIA's next-gen GPU superchip - Vera Rubin combines CPU Vera and GPU Rubin together, configuring in NVL144 rack to deliver 50 petaflops of FP4 inference performance. Read this article to know about its architecture, rack and wide application in AI industry.

BlogAI Networking

NVIDIA GB300 Deep Dive: Performance Breakthroughs vs GB200, Liquid Cooling Innovations, and Copper Interconnect Advancements.

NVIDIA GB300 Deep Dive: Performance Breakthroughs vs GB200, Liquid Cooling Innovations, and Copper Interconnect Advancements.

Explore NVIDIA's revolutionary GB300 GPU architecture—unpacking its 1.5x FP4 performance boost, 288GB HBM3E memory, 1.6T networking, and groundbreaking liquid cooling solutions. Learn how GB300 surpasses GB200 in AI workloads and reshapes data center efficiency.

BlogAI Networking

Blackwell Ultra - Powering the AI Reasoning Revolution

Blackwell Ultra - Powering the AI Reasoning Revolution

NVIDIA introduced Blackwell Ultra, an accelerated computing platform built for the age of AI reasoning, which includes training, post-training, and test-time scaling.

BlogAI Networking

Introduction to NVIDIA Dynamo Distributed LLM Inference Framework

Introduction to NVIDIA Dynamo Distributed LLM Inference Framework

Learn about the overview of NVIDIA Dynamo open-source distributed LLM inference framework for large-scale distributed reasoning models. Explore Dynamo key features and architecture, disaggregated serving, smart router, distributed KV cache manager and NVIDIA inference transfer library.

BlogAI Networking

How NADDOD 800G FR8 Module & DAC Accelerates 10K H100 AI Hyperscale Cluster?

How NADDOD 800G FR8 Module & DAC Accelerates 10K H100 AI Hyperscale Cluster?

Learn how NADDOD’s 800G 2xFR4 optical module and DAC solution enabled stable, high-performance LLM training for a leading AI supercomputing cluster?