Home
Products
Applications
AI Server
Optical Modules
Energy Storage
Life Sciences
Transportation
Solutions
FAQ
Custom Products
Smart Products
About Us
Who We Are
Stories, news and events
New Product Launch
Contact
EN
CN
CN
Home
Products
Applications
AI Server
Optical Modules
Energy Storage
Life Sciences
Transportation
Solutions
FAQ
Custom Products
Smart Products
About Us
Who We Are
Stories, news and events
New Product Launch
Contact
Company News
Latest Corporate News & Brand Milestones
NETONX Selected as Inaugural Member Representative of Global Computing Consortium (GCC)— Jointly Building a New Ecosystem for Global Computing Power
On July 22, 2025, the 1st General Assembly of Representative Members of the Global Computing Consortium (GCC) was grandly convened in Chengdu, China. As a major milestone for the global computing indu...
Aug 10, 2026
Learn More →
NETONX’s Seals for Liquid-Cooling Quick-Disconnect Couplings Obtain Material Compatibility Compliance Certificate under the "2-Zero Initiative"
On November 8, at the Liquid-Cooling 2-Zero Initiative Forum held in Shenzhen, NETONX (Suzhou) Fluid System Technology Co., Ltd. was awarded the Material Compatibility Compliance Certificate, joi...
Aug 11, 2026
Learn More →
NETONX Showcases at OCP Global Summit as NVIDIA MGX Ecosystem Supplier
Held in San Jose, USA from October 13 16, 2025, the 2025 OCP (Open Compute Project) Global Summit revolved around the theme Shaping the Future of AI. NETONX (Suzhou) Fluid System Technology Co., ...
Aug 20, 2026
Learn More →
NETONX Presents Liquid-Cooling Solutions for Optical Modules at ECOC 2025 upon Invitation by IPEC
The globally renowned optical communications event ECOC 2025 has successfully concluded in Copenhagen, Denmark. Drawing on its profound technical expertise in liquid cooling for optical modules, NETON...
Aug 20, 2026
Learn More →
Application of Netonx Liquid Cooling Quick Disconnect Couplings in XPO Optical Modules
The rapid development of artificial intelligence has led to a sharp increase in optical module power consumption. To solve the heat dissipation challenges of high-bandwidth optical modules at 1.6T and...
Aug 20, 2026
Learn More →
