Knowledge Center
Revolutionizing the Data Industry
- Immersion cooling eliminates conventional power-hungry air-cooling infrastructure, transforming your data center density and delivering rack densities up to 368 kW (up to 2,200 watts of computing per square foot!).
- Servers converted for immersion also consume an average of 11% less energy.
Visarj
We offer solutions for...
AI & Machine Learning
- Requires High-Performance, Power-Hungry Servers
- Deployments Require High Density to Prevent Latency
- Present Massive Cooling Challenges
- Conventional Air Chilling Methods Are Not Sufficient
Crypto & Blockchain
- Intense processing demands incredible power & generates massive heat
- Low-cost power for traditional cooling is often limited to unfavorable areas
- Standard build costs & cooling technology can make profitable mining impossible
- Currency volatility necessitates fast, reliable deployment
Data Centers
- Ever-evolving processing requirements that require more power
- Increased energy costs to meet new power obligations
- Capital-intensive & time-consuming buildouts
Edge Computing
- Processes data near its source, drastically reducing the time it takes for data to travel to and from a centralized data center.
- Reduces the amount of data that needs to be sent over the network.
- Operate effectively even with intermittent connectivity to the central server or in situations where network reliability is an issue.
- Processing data locally can enhance security. By limiting the amount of data transmitted, there’s less exposure to potential security breaches during transit.
High-Performance Computing
- GPU-based supercomputers demanding up to 3X the conventional power
- High energy expenditures associated with processer cooling
- Density requirements exceeding standard cooling capacity by 15x
- Space & infrastructure costs that eat into new cluster budgets
Industry Insights
The Rising Number of Data Centers: Navigating the Environmental Costs of Cooling In the digital age, data centers have become the backbone …