Liquid Cooled Servers – Optimal Heat Dissipation at Maximum Density
Liquid Cooled Servers Prices
Supermicro
SYS-521GE-TNRT Supermicro SuperServer Dual Xeon Scalable 4th Gen 5U Server Barebone
In stock
Complete System Only
Supermicro
SYS-222BT-HER Supermicro SuperServer Dual Xeon 6500 w/ P-cores 2U Server
In stock
Complete System Only
Gigabyte
G293-Z23-AAM1 Gigabyte Single EPYC 9004 2U 6NG293Z23DR000ACM1 Server Barebone
In stock
Supermicro
SYS-221BT-HNR Supermicro SuperServer Dual Xeon Scalable 4th Gen 2U Server
In stock
Complete System Only
Supermicro
SYS-221H-TN24R-G1 Supermicro SuperServer Dual Xeon 6548Y+ 2U Server
In stock
Complete System Only
Supermicro
SYS-621BT-DNC8R Supermicro BigTwin SuperServer Dual supports Xeon Scalable 2U Server Barebone
In stock
Complete System Only
Supermicro
SYS-421GU-TNXR Supermicro SuperServer Dual Xeon Scalable 5th Gen 4U Server
In stock
Complete System Only
Supermicro
SYS-221BT-HNC9R Supermicro SuperServer Dual Xeon Scalable 4th Gen 2U Server
Out of stock
Complete System Only
Supermicro
AS-4126GS-NB3RT-LCC Supermicro AS Dual EPYC 9005 4U Server
Out of stock
Complete System Only
Supermicro
AS-4126GS-NMR-LCC Supermicro AS Dual EPYC 9004 4U Server
Out of stock
Complete System Only
Supermicro
AS-531AW-TC Supermicro AS Single Ryzen Threadripper 7000 Workstation Barebone
Out of stock
Supermicro
SYS-621H-TN12R Supermicro SuperServer Dual Xeon Scalable 4th Gen 2U Server
Out of stock
Complete System Only
Supermicro
SYS-221BT-HNTR Supermicro SuperServer Dual Xeon Scalable 4th Gen 2U Server
Out of stock
Complete System Only
Supermicro
ARS-121GL-NB2B-LCC Supermicro Advanced Reference System (ARS) Grace (Arm) 1U Server
Out of stock
Complete System Only
Supermicro
SYS-222GS-NB3OT-ALC Supermicro SuperServer Dual Xeon 6700 w/ P-cores 2U Server
Out of stock
Complete System Only
Supermicro
SYS-421GE-TNHR2-LCC Supermicro SuperServer Dual Xeon Scalable 5th Gen 4U Server
Out of stock
Complete System Only
Supermicro
SBI-612BA-5NE34 Supermicro SuperBlade Single Xeon 6900 w/ P-cores 6U Server
Out of stock
Complete System Only
Supermicro
SYS-622BT-HNC8R Supermicro SuperServer Dual Xeon 6500 w/ P-cores 2U Server
Out of stock
Complete System Only
Can't find the right product from "Liquid Cooled Servers"?
Frequently Asked Questions about Water Cooled Servers:
Redundancy is achieved through N+1 or 2N configured Coolant Distribution Units (CDUs). Each rack is supplied by two independent cooling loops. If one CDU or loop fails, the second takes over the full load seamlessly. Rack manifolds are often implemented as redundant vertical lines, ensuring that even if one manifold segment fails locally, server operation continues uninterrupted via the second path.
Modern Direct Liquid Cooling (DLC) systems use a multi-layered safety concept. Leak sensors are installed at critical points both in the server and in the Coolant Distribution Unit (CDU). If moisture is detected, an alert is triggered, which can initiate an automatic shutdown. Additionally, all connections feature high-quality, non-drip quick-disconnect fittings, allowing safe maintenance and server replacement without any fluid loss.
Yes, modern liquid cooling solutions—especially Direct Liquid Cooling (DLC)—are compatible with most standard server architectures. Manufacturers now offer a wide range of standardized cold plates and DLC kits that can be integrated into existing systems without altering the core server structure. Liquid cooling is particularly effective for high-density servers or compute-intensive applications such as AI and HPC, seamlessly fitting into typical rack and blade architectures as a powerful alternative to air cooling.
These are the Differences Between Liquid Cooling and Air Cooling in Server Operations
| Criterion | Liquid Cooled Servers | Air Cooling |
|---|---|---|
| Cooling Capacity (per rack) | > 50 kW (up to 100 kW depending on system) | 5–15 kW |
| Heat Dissipation | Direct at the source (CPU/GPU), highly efficient | Through air circulation and heat pipes, less efficient at high density |
| Energy Efficiency (PUE) | PUE < 1.1 possible | PUE usually > 1.4 |
| Noise Level | Nearly silent (fanless possible) | Noise noticeable due to fans under high load |
| Hardware Density / Compactness | Very high density possible, e.g., 8 GPUs per 1U system | Limited density, thermal limits for GPU/CPU distribution |
| Maintenance Effort | Higher due to liquid management (CDU, leak monitoring) | Lower, but requires frequent fan and dust filter replacement |
| Acquisition Costs | Higher due to complex infrastructure and cooling components | Lower initial cost |
| Long-Term Operating Costs | Significantly reduced due to lower cooling energy and optimized power usage | Higher due to inefficient cooling and increasing power consumption |
| Reliability | Very high with professional setup (redundant, monitored, durable) | Solid, but increasingly prone to issues at high density |
| Use Cases | AI, HPC, research, data centers, energy-efficient large-scale systems | SMB servers, standard applications, low to medium requirements |
Advantages of Liquid Cooled Servers
Liquid cooling technology offers numerous technical and economic benefits – especially in environments with high-performance demands and dense rack deployments.
- Higher cooling capacity per unit area: Direct Liquid Cooling (DLC) can dissipate significantly more heat per watt than air cooling – critical for AI clusters, supercomputers, and HPC environments.
- Reduced operating costs: Lower energy requirements for cooling translate into noticeable electricity savings, while thermal stability is improved.
- Longer hardware lifespan: Consistent and efficient cooling prevents thermal spikes, extending the life of sensitive components like CPUs, GPUs, high-performance server SSD or RAM. This is also critical for temperature-sensitive enterprise NVMe SSDs or SAS SSDs. Even components like RAID controllers or host bus adapters operate within optimal temperature ranges.
- More performance in less space: Optimized cooling technologies allow denser component placement without sacrificing efficiency. Less space for fans means more room for computing power – ideal for modern high-density setups.
- Lower noise levels: Liquid-cooled servers require fewer or no fans – a major advantage in edge data centers or smaller IT environments.
Liquid cooling is therefore not only suitable for traditional data center deployments but also for companies relying on high-performance computing, machine learning, AI, and simulations – all while maintaining a growing focus on energy efficiency and environmental sustainability.
Server Hardware: Professional Solutions for Professionals
As an experienced provider of professional server solutions, we offer not only high-performance products but also comprehensive services – specifically for demanding data center environments and AI workloads. Discover our offerings and benefit from numerous advantages:
- Special conditions for resellers & system integrators
- Technical support by certified specialists
- Reliable delivery & quick availability
- Warranty extension up to 6 years possible
- ISO9001:2015-certified quality assurance
- Direct access to trusted manufacturers like Happyware, Supermicro, GIGABYTE, and more
For those aiming for high computational performance, efficient cooling is essential. Our Liquid Cooled Servers combine cutting-edge technology, high scalability, and exceptional energy efficiency. Get a free consultation today and learn how to future-proof your IT infrastructure. We provide the right solution for your needs!