I am an OEM or a Hyperscaler looking to add liquid cooling solutions to my products.
Readily available factory-installed solutions with CoolIT Systems Rack DCLC
OEM and Hyperscalers are integrating Direct Contact Liquid Cooling solutions at a rapid pace. CoolIT has quickly become the number one choice for safe and reliable liquid cooling.
Working with CoolIT is efficient. Dedicated CoolIT Engineering and Product Development teams work directly with customers throughout the development cycle to ensure the final product meets all performance and reliability targets. CoolIT’s product development processes are built to support fast design cycles and swift iteration, ensuring customer timelines and budgets are met while decreasing time to market.
Simply stated, CoolIT is the leading choice for OEM and Hyperscalers when developing and launching new Direct Contact Liquid Cooling products.
Custom coldplate designs available on request.
Rack DCLC utilizes a three module “building block” approach which includes Passive Coldplate Loops, Rack Manifolds, and Coolant Distribution Units. This provides customers with product flexibility when integrating liquid cooling into any computer environment or server configuration.
CoolIT Systems’ Passive Coldplate Loops can cool any combination of CPU, GPU and Memory components, with customization available for VR, ASIC, FPGA and other devices. Servers remain hot-swappable and simple to service.
The Rack DCLC Rack Manifold manages liquid distribution between the Coolant Distribution Unit and any number of Passive Coldplate Loops. Rack Manifolds can be customized to suit any server or rack environment.
CoolIT Systems Rack DCLC product line offers a variety of Coolant Distribution Units depending on load requirements and availability of facility water, including CHx (liquid-to-liquid), AHx (liquid-to-air) and custom options.
CoolIT’s Closed-Loop DCLC solutions are cooling systems that exist entirely within the desktop or server. A variety of efficient coldplate assemblies are installed next to heat-producing components and hot air is then rejected through slim, quiet radiators.
The sealed liquid loops ship pre-filled with coolant and installation is comparable to that of a standard heat sink. Many types of Closed-Loop DCLC systems are available to both standard and custom rack-mount configurations.
Gain competitive advantage for High Frequency Trading (HFT) workloads using CoolIT Systems Closed-Loop Liquid Cooling for the HPE Trade and Match Server Solution. The custom-built cooling solution, which is integrated into each of the four HPE ProLiant XL170r Servers within the Apollo r2000 Chassis, employs CoolIT Systems legendary E3 Coldplate Assembly and patented Split-Flow design to significantly enhance performance for financial services applications.
CoolIT Systems liquid cooling desktop solutions increase the gaming potential and performance of CPUs and GPUs. With years of experience engineering reliable, capable and controllable Direct Contact Liquid Cooling technology for high performance desktops, Corsair recognizes CoolIT as a leader in liquid cooling innovation.
Unleash your code’s potential with the Ninja Developer Platform for Intel® Xeon PhiTM Processor (formerly Knights Landing). The Intel® Xeon PhiTM Processor based Ninja Developer Platform provides an ideal energy-efficient platform for code developers.
“Partnering with CoolIT Systems solved our key requirements of more compute density without having to expand our floor space or AC capacity. The liquid cooled solution surpasses our efficiency goals, allows us to pack a lot of compute into a small environment, and is impressively quiet.”
“Last summer we had a long period of 40°C weather and our A/C cooling system went nuts. It was very difficult to keep the air-cooled racks running under those conditions. The liquid cooled racks were the only ones that continued to operate effectively, so it proves we made the right decision to go with CoolIT Systems and their reliable technology.”
"An equally important goal was provisioning these computational resources as efficiently as possible. CoolIT delivered a liquid cooled system that lowers the energy consumed for cooling and provides opportunities to reuse the waste heat from the servers.”
“Working with CoolIT Systems to integrate their innovative liquid cooling solution was critical to deploying the cluster, even in an environment that doesn’t have the cooling capabilities of a data center."
“From initiation, to testing, and to completion, CoolIT Systems has been a great business partner with employees representing the highest level of professionalism. We look forward to expanding our technology platform developments and collaborative marketing efforts in the near future."
“We utilize the innovative liquid cooling systems from CoolIT in our performance-premium systems. Right now, that consists primarily of our specialized VEGA series geared towards computational finance applications. These systems support frequency and voltage overclocking, allowing users to realize the maximum speed and computational potential that the hardware is capable of. Because of this, we needed an effective yet compact and easy-to-integrate cooling solution that would allow these systems to consistently run at higher temperatures without any problems. CoolIT provided us with that solution.”
"As the leader in warm water cooling technology, we are proud to partner with CoolIT Systems to continue driving innovations that save clients CAPEX and OPEX costs while improving reliability of critical components through optimized cooling of the entire system.”
“We are pleased to see CoolIT innovate on HPE’s High Performance Trade and Match Solution with their Closed-Loop Liquid Cooling. The combination of their liquid cooling technology with the reliable and established HPE design extends our performance leadership, delivering greater value and choice to our customers.”
"Working with CoolIT Systems to integrate their innovative direct contact liquid cooling solution was critical to deploying the Cherry Creek cluster, even in an environment that doesn’t have the cooling capabilities of a data center."