FSP3200-20HM — High-Reliability 3200W CRPS Redundant Power Module
A high-density Titanium PSU engineered to reduce downtime and accelerate integration.
The FSP3200-20HM is a next-generation 3200W CRPS redundant power supply designed to meet the demands of high-availability servers, networking infrastructure, and industrial automation. Built on the CRPS standard, it enables fast and predictable integration into existing chassis designs, lowering development effort and accelerating time-to-market.A key advantage of CRPS architecture is its 1+1 or N+1 redundant configuration capability. This means your system continues to operate without interruption, even if one power module fails. The remaining module(s) instantly take over the load, preventing downtime and protecting mission-critical operations.
In other words, if one module fails, the system keeps running.
Engineered for long-term stability in demanding environments, the FSP3200-20HM performs reliably from 0–55°C, supports installations up to 5,000 meters altitude, and delivers a robust 250,000-hour MTBF at 55°C and 75% load. Combined with low iTHD and comprehensive protection—OCP, OVP, OTP, short-circuit, and resettable shutdown—this power module ensures clean, stable, and continuous power delivery.
Global safety and EMC compliance reduce certification complexity, giving OEMs a cleaner path to launch. Backed by FSP's engineering support and long-term supply assurance, the FSP3200-20HM provides a durable, scalable platform that can be co-developed and custom-fit to your application needs.
The FSP3200-20HM provides stable, long-life redundant power, optimized for fast CRPS integration and demanding 24/7 workloads.
Benefit from the advantages of the FSP3200-20HM CRPS Power Supply:
- Reduced downtime through 1+1 / N+1 redundancy
- Lower operational cost thanks to Titanium efficiency
- Global certification compliance = faster time-to-market
- Fast system integration through the CRPS standard form factor
Get expert advice for your integration scenario:
FSP3200-20HM — Maximize System Efficiency with 80+ Titanium Performance
Titanium efficiency reduces energy cost, improves thermal performance, and extends system lifetime.
The FSP3200-20HM reaches 80+ Titanium efficiency, the highest level available for AC–DC power supplies. Less power is wasted, less heat is produced, and overall system performance becomes more predictable—critical in dense server racks and networking equipment.
Key Benefits of 80+ Titanium efficiency PSU
Lower Operating Costs
Reduced power draw and cooling demand.
Higher Reliability
Lower thermal stress across the entire system.
Better Stability
More efficient conversion at high loads improves voltage regulation.
80+ Titanium efficiency of the FSP3200-20HM reduces heat, lowers operating cost, and improves PSU reliability in high-density systems.
Explore the FSP's CRPS Power Supply Series with 80Plus Titanium efficiency
Energy Savings Comparison: 80+ Titanium vs. 80+ Gold and Bronze
How much energy can a power supply with 80PLUS Titanium efficiency save compared to 80PLUS Gold or 80PLUS Bronze? Higher efficiency means fewer watts wasted as heat—directly reducing electricity usage, cooling demand, and total cost of ownership.
Using the FSP3200-20HM at 50% load (1600 W DC) as an example, assuming 24/7 operation (8,760 h/yr) and €0.17/kWh, the savings become clear:
Operation point (50% load)
| Rating |
DC Output (W) |
Efficiency |
AC Input Power (W) |
Waste Heat (W) |
| 80+ Bronze |
1,600 |
85% |
1,882 |
282 |
| 80+ Gold |
1,600 |
92% |
1,739 |
139 |
| 80+ Titanium |
1,600 |
96% |
1,667 |
67 |
Saving of Titanium vs. others (per PSU)
| Comparison |
Power Reduction (W) |
Energy Saved (kWh/yr) |
Cost Saved (€/yr @ €0.17/kWh) |
| Titanium vs. Bronze |
≈216 W |
≈1,889 kWh |
≈€321/yr |
| Titanium vs. Gold |
≈72 W |
≈635 kWh |
≈€108/yr |
Notes: Calculations use AC = DC/η. Savings are based on continuous 24/7 operation and rounded to the nearest practical figures. In real data centers, total-site savings are typically higher once cooling/PUE effects are included.
FSP3200-20HM — PMBus Intelligence for Predictive Maintenance
PMBus provides live system data that helps optimize performance and reduce debugging time.
The FSP3200-20HM features full PMBus support, giving engineers precise visibility into power conditions during operation. This streamlines development, reduces validation effort, and supports predictive maintenance strategies in the field.
PMBus Advantages
- Predictive Maintenance: Detect irregularities before they escalate.
- Real-Time Monitoring: Current, voltage, temperature, and fan status.
- Fleet-Level Insight: Ideal for remote or distributed networking installations.
- Faster Debugging: Clear telemetry helps diagnose issues during integration and EMC testing.
Learn more about PMBus technology: What is PMBus?
FSP3200-20HM — Application Examples & Case Sharing
Built for servers, networking infrastructure, and industrial automation that must run 24/7.
The FSP3200-20HM supports stable operation across diverse high-uptime and high-density environments.
Where the FSP3200-20HM Excels:
Data Centers:
Titanium efficiency lowers cooling demand and supports high-density rack deployments.
Networking Infrastructure:
Low iTHD delivers clean, stable power for switches, routers, and network nodes.
Enterprise Workstations:
Provides stable, high-quality power for graphics, simulation, and compute workloads.
Industrial Automation:
Ensures reliable operation at elevated temperatures and higher installation altitudes.
Case Example: AI & Data Center Innovation (SC25)
At SC25, the FSP3200-20HM was showcased with Chenbro Micom as a high-efficiency power solution for next-generation AI servers and hyperscale data centers. Its 80+ Titanium performance, redundant CRPS architecture, and high-density 3200W output demonstrate its capability for modern compute workloads.
Beyond this showcase, the FSP3200-20HM is engineered for a wide range of advanced applications—including AI inference clusters, large-scale data center racks, edge computing nodes, and advanced automation systems requiring stable, scalable, and energy-efficient power delivery.
Discuss integration options with an FSP engineer:
Frequently Asked Questions:
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