Letone LT800 liquid cooling hose system solution: unlocking computing power from temperature limits

The explosive growth of AI large-scale models and edge computing has led to an exponential surge in data center computing power density. Pain points such as 30kW+ rack power consumption, high-temperature downtime, and persistently high PUE have rendered traditional air cooling obsolete. Liquid cooling technology, with its significantly higher heat dissipation efficiency than air cooling, has evolved from an optional configuration to an essential solution, currently becoming the optimal solution for releasing computing power under the "dual carbon" target (carbon reduction and emission reduction).

Letone Technology has launched its groundbreaking LT800 liquid cooling pipeline system solution, providing end-to-end innovation to safeguard the cooling of scorching computing power.

LT800 Core Piping: Wide operating temperature range covering -40℃ to +120℃, SGS UL94 V0 flame retardant certified, with heat dissipation efficiency several times higher than air cooling;

UQD Connectors: Compliant with OCP standards, dry disconnection with no dripping; supports tens of thousands of insertion and removal operations, extremely reliable; quick one-handed connection in seconds, simplifying maintenance procedures and increasing operational efficiency;

EPDM Seals: Corrosion-resistant and anti-aging, long-lasting compatibility with mainstream coolants;

Full-Scenario Adaptability: Flexible cabling + modular design, rapid deployment and expansion, balancing energy saving and cost, covering everything from supercomputing centers to edge devices.

A revolutionary cooling solution for the computing power era, AI liquid cooling has reached a turning point. Letone Technology, adhering to the development strategy of "Innovation-Driven, Altruistic Energy Gathering," takes material innovation as its foundation and system optimization as its core. With its LT800 liquid cooling piping system solution, it solves the pain points of data center operation, allowing computing power release to no longer be limited by temperature boundaries.