Embracing the Future of Data Center 2.0

The Advantages of Gen 2 Dual-Phase Immersion Cooling Technology

If you are searching for a scalable solution to (1) provide enough reliable power to operate your Graphic Processing Units (GPUs) and (2) dissipate the heat generated by new AI compute workloads in your data center(s), then this blog is for you. Traditional air cooling and direct-to-chip (DTC) methods have served us well, but there’s a new kid on the block that’s changing the cooling equation to handle AI’s increasing compute power requirements.  Gen 2 Dual-Phase Immersion Cooling offers many advantages that can significantly enhance reliability, scalability and the total cost of ownership (TCO). Our Gen 2 Dual-Phase Immersion Cooling solution will handle AI higher heat loads today and future growth in AI hardware density.

Let’s dive into the benefits of Gen 2 Dual-Phase Immersion Cooling and see why it’s the next big thing in AI-focused data center cooling solutions.

1. High Efficiency for AI Workloads

AI workloads are notorious for generating significant heat due to their high computational power requirements. Gen 2 Dual-Phase Immersion Cooling manages this heat more efficiently than traditional methods. By submerging servers in a non-conductive engineered liquid (a dielectic), the system can quickly dissipate heat, reducing energy consumption and boosting overall performance. This method leads to better thermal management, making your AI operations quieter and more efficient. Gen 2 Dual-Phase Immersion Cooling tanks can dissipate heat from 400+ GPUs, each with a thermal design power (TDP) exceeding 1200W. The only adjustment necessary to upgrade Gen 2 Dual-Phase Immersion Cooling hardware to dissipate more heat from future AI chips is for the manufacturer to include more cooling coils (ie: heat exchangers) in each tank.

2. Increased Density

Space is a precious commodity in data centers, especially when it comes to high-density GPU configurations. Gen 2 Dual-Phase Immersion Cooling allows for closer placement of server and storage hardware components without the risk of overheating and can save up to 75% of space. This means you can pack more computational power into the same space, maximizing both your space utilization and your processing capabilities while creating the opportunity to generate additional revenue/savings per square foot.  This cooling approach is specifically appropriate for geographic locations with space constraints such as Asia or remote sites such as the bottom of cell phone towers or near power stations.

3. Enhanced Reliability

Overheating and component failure are constant threats to traditional data center operations. The stable thermal environment provided by Gen 2 Immersion Cooling significantly reduces these risks. By maintaining consistent temperatures, this technology ensures your servers remain reliable and your uptime is maximized. This stability is crucial for maintaining the performance and sustainability of your AI hardware.

4. Scalability

As your AI workloads grow, your cooling solutions need to scale accordingly. Gen 2 Dual-Phase Immersion Cooling is highly adaptable and capable of handling increased demands without significant infrastructure changes. Whether expanding your data center or increasing your processing power, this technology scales up with your needs, providing flexible and future-proof cooling solutions.  Gen 2 Immersion Cooling extends server End of Life (EOL) by as much as 2-3 times air cooling approaches.

5. Cost Savings and Noise Reduction

One of the standout benefits of Gen 2 Dual-Phase Immersion Cooling is its impact on operational costs. Our immersion cooling solution operates with a Power Usage Efficiency (PUE) of 1.03 or less!  By eliminating the need for traditional air-cooling fans, data centers can achieve up to a 40% reduction in electricity costs. This not only lowers your energy bills but also contributes to a quieter, more pleasant working environment.

6. Environmental Benefits

Gen 2 Dual-Phase Immersion Cooling is not just good for your bottom line; it’s also good for the planet. The significant reduction in energy consumption when compared to air cooling means a smaller carbon footprint, contributing to greener, more sustainable operations. Additionally, efficient heat dissipation can be harnessed for secondary uses, such as harvesting waste heat to heat buildings, further enhancing the environmental benefits in colder climates.

7. Versatility and Deployment Flexibility

Gen 2 Dual-Phase Immersion Cooling offers unparalleled versatility, functioning effectively in various climates and locations, from urban centers to remote areas. This flexibility allows data centers to be installed wherever needed without worrying about traditional cooling environmental limitations.  Our team also manufactures Critical Infrastructure Modules (CIMs) that can be configured as modular data centers.  These units can be integrated with cutting-edge Gen 2 Dual-Phased Immersion Cooling technology, ensuring you get a modular and scalable solution to provide you with a high-performance data center that can be built quicker and for less cost than a bricks-and-mortar construction project and get you “in the game” with AI.

Custom Solutions for Every Need

At DataSpan and with our partner teams, we focus on the design, manufacture and installation of Gen 2 Dual-Phase Immersion Cooling solutions to meet a wide range of client applications.  This flexibility allows data centers to be installed wherever needed without worrying about traditional cooling environmental limitations.  Further, when paired with our Critical Infrastructure Modules (CIMs), which are purpose-built containers resembling ISO shipping containers, immersion cooling tanks offer a powerful solution for mobile and edge data center deployments.  This approach brings compute resources closer to the user, such as at the bottom of cell phone towers or near power stations.

Conclusion

Gen 2 Dual-Phase Immersion Cooling Technology is revolutionizing how we manage data center cooling. With its high efficiency, increased density, enhanced reliability, scalability, cost savings, environmental benefits, and deployment flexibility, it’s clear why this innovative approach is gaining traction. As AI workloads continue to grow and data centers demand more from their cooling systems, Gen 2 Dual-Phase Immersion Cooling is poised to lead the way into a more cost-effective, efficient, reliable, and sustainable future.