FSP launches 3200W Titanium CRPS modules (12V & 54V) featuring EDPP technology, delivering optimal power density and transient surge support for next-generation AI and edge computing servers.
TAIPEI, Aug. 31, 2026 /PRNewswire-PRWeb/ -- FSP Group, a global leading power supply manufacturer, leverages its deep R&D capabilities and forward-looking insights into computing architectures to announce two new 3200W Common Redundant Power Supply (CRPS) modules: the FSP3200-20HM (12V output) and FSP3200-21HE (54V output). Designed specifically for next-generation data centers, edge AI servers, and high-density workstations, FSP's dual-voltage architecture (12V & 54V) echoes its annual theme "Powering AI Together". FSP is committed to partnering with global hardware ecosystems to deliver ultimate energy efficiency, extreme reliability, and flexible power backing for the rapidly surging demand of AI edge computing.
Surging AI Edge & GPU Computing Reshapes Server Power Architecture Standards
With the rapid proliferation of Generative AI, Large Language Model (LLM) inference, and intelligent edge terminals, server hardware is undergoing profound electrical and thermal transformations. The massive deployment of high-power GPUs and accelerator cards (NPU/ASIC) has dramatically escalated power density across server racks and edge devices. To satisfy both space-constrained edge chassis and large-scale data center PUE (Power Usage Effectiveness) targets, power systems must deliver not only ultra-high power density but also ultra-low conversion loss and superior thermal performance under dynamic high-load conditions.
Accurately grasping market transition dynamics, FSP has introduced two 3200W CRPS modules certified with 80 PLUS® Titanium efficiency—catering respectively to legacy server upgrades and next-gen high-performance AI computing architectures—showcasing FSP's cutting-edge prowess in power conversion technology.
Dual 12V & 54V Architecture Meets Diverse Computing Deployments
- FSP3200-20HM (12V Output): Tailored for mainstream enterprise data centers, storage arrays, workstations, and edge computing nodes. Delivering 3200W output in a standard 1U form factor, it seamlessly integrates with existing 12V server architectures, enabling customers to swiftly upgrade computing density without major system redesigns.
- FSP3200-21HE (54V Output): Targeted at next-generation high-density AI servers, multi-GPU computing clusters, and high-voltage DC architectures. The 54V bus significantly reduces current levels during high-power transmission, mitigating line impedance heating and copper busbar losses, effectively boosting overall system efficiency and reducing cooling overhead to power demanding AI acceleration terminals.
Both modules fully support the PMBus intelligent communication protocol, providing precise digital monitoring of real-time voltage, current, temperature, and power consumption to assist systems in dynamic computing allocation. Built-in comprehensive protection mechanisms—including OCP (Over Current), OVP (Over Voltage), OTP (Over Temperature), and output short-circuit protection—combined with exceptional MTBF (Mean Time Between Failures), ensure 24/7 mission-critical continuous operation.
Key Core Feature: EDPP (Electrical Design Power Peaks)
The core concept of EDPP is enabling the CRPS to deliver instantaneous peak power output exceeding rated power for short durations, accommodating the inevitable surge demands generated by GPU and AI servers during computational spikes.
As AI GPU performance, power consumption, and widespread adoption accelerate, system workloads exhibit pronounced dynamic power fluctuations. Traditional PSU designs often require oversizing rated continuous wattage to buffer such peak power, leading to increased volume, higher costs, and heavier thermal burdens.
Powered by FSP's full-digital power control technology, the power supply precisely handles transient high-power surges and subsequent load steps from AI GPUs. This enables CRPS modules to robustly support compute-intensive AI training and inference workloads while achieving an optimal balance among power density, efficiency, BOM cost, and GPU dynamic load demands.
Realizing 'Powering AI Together' with Higher-Wattage CRPS Solutions in H2
FSP Group stated: "The dawn of the AI era makes power supply solutions the decisive core for computing stability and green energy efficiency. Guided by the vision of 'Powering AI Together', FSP actively deepens collaboration with server platform architects and system integrators. From cloud hyperscale compute centers to edge AI devices, FSP's high-efficiency CRPS and versatile voltage configurations lower customer R&D barriers, relieve thermal pressures, and accelerate the deployment of intelligent applications."
To meet the escalating power requirements of future advanced AI clusters and next-gen accelerator cards, FSP is aggressively expanding its high-density product roadmap. Higher-wattage CRPS solutions are scheduled for release in the second half of this year, continuously supplying the industry with comprehensive, forward-looking, high-efficiency power support to help clients build high-density, sustainable green infrastructure.
For more information on FSP CRPS products & specifications:
FSP CRPS Product Line Page
FSP3200-20HM Product Details
FSP3200-21HE Product Details
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[email protected], FSP Technology Inc., 886 3-375-9888, [email protected], https://www.fsp-group.com
SOURCE FSP Technology Inc.
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