High-density compute heat pressure
- CPU/GPU power keeps rising and heat flux density continues to increase
- High-performance compute nodes are densely deployed, making local hotspots obvious
Dedicated immersion cooling solution for supercomputing HPC clusters
Scenario analysis
High requirement for long-term stable operation
- Long-term full-load operation requires high equipment thermal stability
- Temperature fluctuation affects compute performance and equipment lifetime
Operation space and energy pressure
- Complex airflow organization increases equipment room management difficulty
- High-density deployment consumes more space resources
High-reliability maintenance challenge
- Failures affect a wide range and downtime cost is high
- Maintenance windows are short and maintenance efficiency requirements are high
Solution architecture
Solution value
From chip cooling to room-level operation, the solution value is reflected in higher reliability, released space, and converged energy use.
Reliability↑
Space↑
Cooling capacity↑↑
Energy use↓
Synthcool advantages
For high-density HPC cluster immersion liquid-cooling delivery, Synthcool builds a complete capability loop from terminal hardware, flow control, state sensing, intelligent adjustment, and stable operation.
Phase-change terminal
Flow control
State sensing
Intelligent tuning
Stable operation
Complete liquid-cooling product matrix
Covers single-phase liquid cooling, phase-change liquid cooling, and closed-loop adaptive liquid-cooling control units (CDU), supporting multi-level deployment for full-scenario liquid-cooling needs across compute centers.
Self-developed core technologies
Independently masters cold-plate design, phase-change heat transfer, fluid control, intelligent adjustment, and other core technologies to build a full-stack liquid-cooling technology system from terminal cooling to system control and overall thermal management.
System-level control capability
Builds a full-link sensing and closed-loop control system covering flow, temperature, pressure differential, and operating status to achieve intelligent adjustment, efficient coordination, and long-term stable operation.
Validation and continuous evolution
Relies on professional experimental platforms to provide rapid customization and reliable delivery, while supporting continuous technology evolution from single-phase liquid cooling to phase-change liquid cooling and protecting long-term investment value.
