Molex Unveils Next-Generation Multi-Channel Liquid Cooling Busbar for AI Data Centers at Computex 2026
AI Summary (NQ-processed)
Molex introduces a multi-channel liquid cooling busbar at Computex 2026, aiming to enhance cooling efficiency by up to 20% for AI data centers.
AI Analysis
Frequently Asked Questions
Q: What are the main features of Molex's multi-channel liquid cooling busbar?
A: Molex's multi-channel liquid cooling busbar features a unique architecture with seven independent channels, improving cooling efficiency by up to 20% and achieving a temperature rise of 15°C at 15,000 amperes.
Q: How does this technology contribute to data center design?
A: This technology maximizes heat extraction within the same installation space, allowing data center designers to expand power capacity without sacrificing valuable rack space.
Q: What types of liquids does Molex's multi-channel liquid cooling busbar support?
A: Molex's multi-channel liquid cooling busbar supports both dielectric and non-dielectric liquids, allowing seamless integration into various existing cooling loops.
Q: What demo did Molex conduct at Computex 2026?
A: At Computex 2026, Molex conducted a real-time thermal mapping demo of the multi-channel liquid cooling busbar, demonstrating its effectiveness in high-density AI workload simulation environments.
Q: What standards is Molex's multi-channel liquid cooling busbar compatible with?
A: Molex's multi-channel liquid cooling busbar maintains footprint compatibility with ORV3 and HPR mechanical standards, simplifying system integration and contributing to the reliability of data center and AI rack applications.