Unleash Enterprise-Grade Power with the FSP 1600 Titanium CRPS Power Module SMPS

FSP 1600 Titanium CRPS Power Module SMPS – Ultra-Efficient Redundant Power for Datacenters and Mission-Critical Systems

The FSP 1600 Titanium CRPS Power Module SMPS is a high-performance redundant power supply designed to meet the demanding requirements of modern datacenters, enterprise servers, workstations, communication infrastructure, and industrial automation environments. Built on the industry-standard CRPS platform, this enterprise-class SMPS delivers up to 1600W power supply capacity while maintaining exceptional efficiency, reliability, and intelligent monitoring capabilities.

Engineered for continuous operation, the FSP1600-20HM incorporates 80 Plus Titanium certification, PMBus communication support, advanced protection technologies, and support for HVDC input. These features make it an ideal solution for organizations seeking dependable power delivery, reduced operational costs, and enhanced infrastructure management.

Whether deployed in large-scale server farms, cloud computing environments, high-performance workstations, or telecommunications systems, this Titanium PSU provides the stability and efficiency required for critical business operations.

Why Choose the FSP 1600 Titanium CRPS Power Module SMPS?

Selecting a reliable SMPS is essential for maintaining system uptime and protecting valuable hardware investments. The FSP1600-20HM stands out by combining high power capacity, industry-leading efficiency, and enterprise-grade reliability.

Massive 1600W Power Output

Delivering up to 1600 watts, this 1600W power supply is designed to support:

• Enterprise servers

• Datacenter infrastructure

• AI computing systems

• High-performance workstations

• Communication equipment

• Industrial automation systems

• Storage and networking solutions

The robust power output ensures stable operation even under demanding workloads.

80 Plus Titanium Certified Efficiency

As an advanced Titanium PSU, the FSP1600-20HM achieves one of the highest levels of power efficiency available.

Benefits include:

• Reduced energy consumption

• Lower operating costs

• Less heat generation

• Improved system reliability

• Reduced cooling requirements

• Greater environmental efficiency

Organizations focused on long-term operational savings can significantly benefit from the efficiency advantages offered by this SMPS.

Product Highlights

Key Features

• Up to 1600W total power capacity

• 80 Plus Titanium certification

• CRPS standard compliance

• PMBus 1.2 support

• HVDC input support

• Redundant power supply module design

• High reliability architecture

• Low ripple and noise performance

• Over Current Protection (OCP)

• Over Voltage Protection (OVP)

• Over Temperature Protection (OTP)

• CB 62368-3 certified

• Designed for operation up to 5,000 meters above sea level

• Global safety and EMC compliance

Performance & Usability

Built for Enterprise and Datacenter Applications

The FSP1600-20HM is specifically engineered for environments where reliability and uptime are critical.

Ideal deployment scenarios include:

• Datacenters

• Cloud infrastructure

• Enterprise servers

• Workstations

• Telecommunications equipment

• Industrial control systems

• Automation platforms

Its redundant design helps improve operational continuity and reduce downtime risks.

PMBus 1.2 Intelligent Monitoring

The integrated PMBus 1.2 interface allows communication between the power supply and compatible motherboards.

Key advantages include:

• Real-time monitoring

• Remote power management

• System diagnostics

• Predictive maintenance capabilities

• Improved infrastructure visibility

These features make the Titanium PSU particularly valuable for large-scale enterprise deployments.

Support for HVDC Input

The FSP1600-20HM supports HVDC input, making it suitable for specialized datacenter and telecommunications applications where high-voltage DC infrastructure is utilized.

Low Ripple and Noise Design

The advanced power architecture minimizes electrical ripple and noise, helping maintain system stability and protect sensitive enterprise hardware.

Advanced Protection for Maximum System Security

Over Current Protection (OCP)

Protects connected components from excessive current conditions.

Over Voltage Protection (OVP)

Prevents voltage spikes from damaging critical hardware.

Over Temperature Protection (OTP)

Automatically safeguards the power module during elevated temperature conditions.

Together, these protection mechanisms help ensure safe and reliable long-term operation.

Design & Build Quality

Enterprise-Class Reliability

FSP has engineered this SMPS to deliver dependable performance under continuous workloads common in enterprise environments.

Designed for Challenging Installations

The FSP1600-20HM supports operation at altitudes up to 5,000 meters above sea level, demonstrating its suitability for diverse deployment environments.

CRPS-Compliant Architecture

Compliance with the CRPS standard ensures compatibility with enterprise server and datacenter power infrastructures.

Certified for Global Deployment

The unit complies with:

• CB 62368-3 certification

• Latest EMC standards

• International safety requirements

This allows organizations to deploy the power module confidently across global operations.

Consumer Value: Why the FSP 1600 Titanium CRPS Power Module SMPS Stands Out

The FSP1600-20HM combines exceptional efficiency, advanced monitoring, and enterprise-grade reliability into a single high-performance power solution.

Key Advantages

• Powerful 1600W power supply

• Industry-leading 80 Plus Titanium efficiency

• PMBus 1.2 monitoring support

• HVDC input compatibility

• Low ripple and noise operation

• Enterprise-grade protection systems

• High reliability design

• Global safety compliance

For businesses seeking a premium Titanium PSU capable of supporting mission-critical infrastructure, the FSP1600-20HM delivers outstanding performance and long-term value.

Important Note:

Features, prices, and specifications are subject to change without prior notice.