Category DAC/AOC

Close-up, stylized view of an Intel AI processor chip (likely Gaudi 3) centered on a circuit board, glowing with blue and green light streaks representing high-speed data flow and its 48 Tbps I/O capability.

DAC/AOC, HPC

Unlock Intel Gaudi 3’s 4.8 Tbps I/O: The Critical 200G Cabling Guide

Intel Gaudi 3 features 24 integrated 200G RoCE ports for massive scalability. Learn the required QSFP56 AOC/DAC cabling and network topology for a stable Gaudi 3 cluster.

DAC/AOC, Optical Transceiver

Intel NIC Compatibility Crisis: 5 Fixes for Uncertified Module Errors

Intel NICs (X710/E810) use firmware to lock out optics. This guide explains the root cause of "uncertified module" errors and provides 5 crucial compatibility fixes.

A compact black Uninterruptible Power Supply (UPS) unit with a digital screen showing battery status (98% level, 45 minutes runtime) and power outlets on the side, next to a computer monitor on a desk.

DAC/AOC, MPO Cabling

The Three UPS Topologies: Line Interactive vs. Offline vs. Online (The Definitive Comparison)

An in-depth guide comparing Line Interactive, Offline (Standby), and True Online (Double-Conversion) UPS topologies. Learn which system offers the best protection, efficiency, and cost for your specific IT needs.

High-tech gaming setup with a curved monitor displaying gameplay, a desktop PC with RGB lighting, and fiber optic cables woven into the desk and connecting peripherals, promoting ultra-low latency fiber optic power for gaming.

DAC/AOC, MPO Cabling

Is Gaming Fiber Optic the Key to Zero-Lag Performance?

Fiber Optic is essential for gaming. Achieve 10G symmetrical speeds and zero latency. Guarantee your competitive edge.

The image presents a split view within a dark, circuit-patterned data center. On the left, blue glowing cables labeled "AOC" connect server racks to an NVIDIA InfiniBand switch. On the right, orange glowing cables labeled "DAC" connect server racks to another NVIDIA InfiniBand switch. Diagonal blue and orange lines cross the center, visually comparing the two cabling types.

DAC/AOC, HPC

200G HDR Cabling Guide: Should You Choose AOC or DAC for InfiniBand?

Choosing between AOC and DAC for 200G HDR? Explore performance, distance limits, reliability, and TCO to optimize your InfiniBand deployment.

DAC/AOC, Data Center

AOC Cable vs DAC Cable vs Transceivers: Best Data Center Links

AOC vs DAC vs transceivers explained. An in-depth guide to optimizing data center connectivity, performance, and total cost of ownership.

InfiniBand vs Ethernet Latency: A Deep Dive for NVIDIA AI & HPC

DAC/AOC, HPC

InfiniBand vs. Ethernet Latency: Ultimate Head-to-Head Comparison

Compare InfiniBand vs Ethernet latency for NVIDIA AI. Understand RDMA impact and how PHILISUN optimizes interconnects for minimal delay.

DAC/AOC, HPC

HPC Needs Custom Length AOC Cable: End Spaghetti, Boost Airflow

Tired of cable spaghetti? A Custom Length AOC Cable is the answer. Learn how PHILISUN's tailored AOCs optimize thermal performance, enhance serviceability, and provide a professional finish for your data center.

DAC/AOC, Data Center

DAC vs. AOC: How to Choose for Your 100G Data Center Rack

Struggling between DAC and AOC for your 100G rack? This guide compares DAC vs. AOC on cost, distance, and power. Make the right choice for your data center.

DAC/AOC, Optical Transceiver

What is Fiber Optic Latency? Beyond the Speed of Light

Learn what fiber optic latency is, how refractive index affects speed, and how your choice of DACs, transceivers, and fiber types impacts network performance.