Key Innovations
Currently, cold plate liquid cooling systems occupy a mainstream position, and ensuring the safe and leak-free operation of the system is key. As a pioneer in the field of motion and control, Parker Hannifin leverages its deep technical expertise and cutting-edge innovation capabilities to offer a diverse range of products, including hoses, quick-connect fittings, seals, and valves, to ensure the efficient operation of cold plate liquid cooling systems.
Participate in the Formulation of Industry Standards
OCP (Open Compute Project) is an open-source hardware project initiated by Meta (formerly Facebook). Its core mission is to reconstruct current data center hardware in an open-source manner and to develop innovative hardware for next-generation data centers, including servers, storage, and infrastructure.
Parker Hannifin leverages years of hardware design experience and actively engages in the OCP project, fulfilling its commitment to collaborative innovation. The company is fully dedicated to promoting the development and formulation of open standards such as UQD, OCP Open Rack V3 blind-mate quick-connect fittings, and large-diameter LQC quick-connects, aiming to create a more adaptable and efficient hardware ecosystem.
Currently, Parker Hannifin has launched a series of products that have been certified under the OCP Inspired™ specifications, including the UQD series quick-connect fittings, UQDB series quick-connect fittings, CDT series threaded quick-connect fittings, as well as ORV blind-mate quick-connect fittings and PTFE corrugated tubing products. These products are highly versatile and can interchange with products from other OCP-approved suppliers.
Related Products
Universal Quick Disconnect (UQD) Series Couplings
These flat face hydraulic couplers are ideal for liquid cooling and thermal management applications for electronics, servers and supercomputers. The Universal Quick Disconnect (UQD) is based on an Intel inspired open specification.
Universal Quick Disconnect Blindmate (UQDB)
Quick connect, flat face hydraulic couplers for liquid cooling and thermal management applications for electronics, servers and supercomputers. Universal Quick Disconnect Blindmate (UQDB) is based on an OCP, Intel-inspired open specification.
Quick Disconnects Series CDT
Quick connect, flat face, thread to connect couplers for liquid cooling and thermal management applications for electronics, servers and supercomputers. The CDT Series is based on an OCP open specification and meets these performance requirements.
Blindmate Quick Connect (BMQC)
Quick connect, flat face hydraulic couplers for liquid cooling and thermal management applications for electronics, servers and supercomputers. Blindmate Quick Connect (BMQC) is based on a Meta inspired open specification for the OCP, ORV3 rack.
Continuous Innovation and Ongoing Expansion
In the process of accelerating the green development of data centers, Parker Hannifin has maintained keen market insight, continuously innovating to meet the ever-changing demands of market development. The company either builds on its existing product lines or responds to new market needs, introducing new products and expanding thermal management solutions:
NSAC, NSEC, and NSIC blind-mate quick-connect fittings: Upgraded from the NSA, NSE, and NSI series, these fittings help users achieve quick connections without complete alignment. The new product series is easy to integrate into existing systems and will further enhance the flexibility and reliability of liquid cooling systems; they are compatible with different cooling liquids and can withstand harsh operating conditions.
NSSC series threaded quick-connect fittings: These fittings reduce the time and effort required for installation, offer higher reliability, and facilitate maintenance. They can be connected under pressure, making them suitable for applications with strict requirements for normal system operation.
LCB Ball Valve: Locally developed and produced, this valve features a compact design, making it suitable for tight installation spaces and avoiding interference caused by overly long handles. The short handle design facilitates operation, especially in situations where quick fluid flow switching is required.
In addition to continuously researching and developing new products, Parker Hannifin also leverages its extensive experience accumulated from liquid cooling applications in industries such as aerospace and microelectronics to flexibly utilize existing products, providing mature and efficient solutions for data centers. A prime example is the stainless steel fluid solenoid valve, which has been successfully used in the liquid cooling systems of internet giants like Meta, Microsoft, and Google.
Compared to ball valves, this solenoid valve is smaller in size but offers advantages such as high flow capacity and fast response, with a response time of less than 100 ms. It is compatible with various cooling liquid media and is suitable for use on the CDU side, cabinet side, and at node locations. Parker's local team can also provide customized solutions that better meet application needs based on their rich industry experience.