BOCO Electronics' 3500W CRPS Liquid-Cooled GaN Server Power Supply adopts a Titanium-level high-efficiency architecture, significantly improving energy conversion efficiency while reducing power consumption. It supports online hot-swap maintenance, allowing modules to be replaced without shutdown to ensure continuous system operation. With comprehensive safety protection and N+1/N+N redundancy design, the product delivers high reliability. It also supports the PMBus protocol for intelligent remote monitoring and management. High efficiency, hot-swap capability and high reliability are its key strengths, making it especially suitable for critical applications such as data centers.
| Power |
Main Output |
Auxiliary |
Input |
Dimensions |
Temp. Range |
Cooling |
| (W) |
Voltage (V) |
Output |
(VAC) |
(mm³) |
(°C) |
Method |
| 3500 |
54 |
12V/36W |
C20/100-240 |
265×73.5×40 |
0–45 |
Conduction Cooling |
Product Advantages
| Titanium-Level High-Efficiency Design |
Based on a Titanium-level high-efficiency architecture, it comprehensively improves energy conversion efficiency, reduces system energy consumption and carbon emissions, and supports long-term cost optimization through greener energy savings. |
| Comprehensive Safety Protection |
Built-in overcurrent, overvoltage, overtemperature, open-circuit and overload protection mechanisms ensure efficient and safe operation under extreme conditions, preventing equipment damage caused by power fluctuations or faults. |
| Online Hot-Swap Maintenance |
Supports online hot-swap operation of power modules, enabling replacement without shutdown, shortening maintenance time and ensuring stable, continuous operation of critical systems. |
| Redundant Fault-Tolerant Operation |
Provides N+1 and N+N redundancy modes to deliver stable power for critical high-load equipment, meeting high-reliability power requirements for key loads. |
| PMBus Intelligent Monitoring |
Compatible with the PMBus protocol, supporting remote status monitoring, performance regulation and fault diagnosis to improve operation and maintenance efficiency and optimize energy management strategies. |