AI Power Supplies
Titanium-class power to feed the most demanding AI and GPU platforms.
Power supplies built for the current density of modern AI compute.
As GPU racks push past tens of kilowatts, power becomes the bottleneck. Our high-density PSUs deliver Titanium-class efficiency with N+1 redundancy and hot-swap serviceability, minimizing conversion loss, heat and downtime so operators can run accelerators at full utilization.
Power architecture tuned for accelerated compute.
Hot-Swap PSU
AI CRPS Module
A 3000W-class module in the industry-standard Common Redundant Power Supply envelope, front-access and hot-swappable under live load so a failure never means powering down a rack of AI compute.
48V Output
High-Density Rail
A regulated 54V/48V DC rail feeds modern GPU baseboards directly, cutting distribution current and copper loss compared with legacy 12V architectures for cooler high-density delivery.
N+1 Configuration
Redundant Shelf
Modules share load across a common bus in an N+1 or N+2 shelf, holding full output after a unit fails while the failed module is swapped without interrupting accelerator utilization.
96%+ Conversion
Titanium Efficiency
Peak conversion of up to 96.5% at half load meets the 80 PLUS Titanium benchmark, turning less of every incoming watt into waste heat and easing the cooling burden on GPU racks.
PMBus Monitoring
Digital Telemetry
Per-module PMBus reporting streams input and output voltage, current, temperature and fault flags to the BMC, enabling predictive maintenance and fleet-wide power analytics.
High-Current Cooling
Thermal Management
Dual counter-rotating fans and an optimized airflow path pull heat from the high-current conversion stage, sustaining rated output at elevated data-center inlet temperatures.
Power that never blinks.
Titanium-Class Efficiency
Peak conversion efficiency of up to 96.5% at 50% load meets the 80 PLUS Titanium benchmark, turning less of every incoming watt into waste heat and reducing both energy cost and the cooling burden on GPU racks.
3000W+ In A CRPS Envelope
Each module delivers 3000W and beyond within the industry-standard Common Redundant Power Supply form factor, letting a single power shelf feed accelerator trays that draw tens of kilowatts per rack.
N+1 / N+2 Redundancy
Modules share load across a common bus so the shelf keeps full output even after one, or two, units fail, holding accelerators at full utilization while a failed module is swapped without interruption.
Hot-Swap Serviceability
Front-access modules release on a captive latch and can be replaced under live load, so a failure never means powering down a rack of AI compute, and mean-time-to-repair drops to seconds.
PMBus Digital Telemetry
Per-module PMBus reporting streams input/output voltage, current, temperature and fault flags to the BMC, enabling predictive maintenance and fleet-wide power analytics across the data center.
54V / 48V High-Current Output
A regulated 54V/48V DC rail feeds modern GPU baseboards directly, cutting distribution current and copper loss compared with legacy 12V architectures for cleaner, cooler high-density power delivery.
- Rated Output
- 3000 W (per module)
- Peak Efficiency
- 96.5% (Titanium)
- 80 PLUS Class
- Titanium
- Output Rail
- 54V / 48V DC
- Form Factor
- CRPS, hot-swap
- Redundancy
- N+1 / N+2
- Input Range
- 180–264 VAC
- Monitoring
- PMBus 1.3
- Cooling
- Dual counter-rotating fans