FSP Unveils 2000-Watt Power Supply for High-Performance Multi-GPU and CPU Systems

• May 12, 2026

FSP has introduced its latest flagship power supply, the FSP2000-57APB, a robust unit delivering 2000 watts of power. Engineered to meet the needs of high-end computing environments, this new power supply is compatible with the ATX 3.1 specification.

Designed to support demanding systems equipped with multiple graphics processing units (GPUs) and central processing units (CPUs), the FSP2000-57APB targets professionals and enthusiasts working with intensive tasks. These include local execution of artificial intelligence workloads and powerful workstation setups requiring substantial and reliable power delivery.

Targeted at High-Performance and AI Computing

Modern AI applications and workstation tasks often demand significant power resources, particularly when multiple GPUs and CPUs are involved to boost computational throughput. The FSP2000-57APB addresses this requirement by offering a high-capacity power source that can handle complex configurations with ease.

Compliance with the ATX 3.1 standard ensures compatibility with the latest PC architectures, including support for enhanced power efficiency and improved power delivery features suitable for upcoming hardware innovations. The unit is expected to maintain stable outputs under substantial loads that come with multi-processor and multi-GPU systems.

While further technical details, pricing, and availability have not been disclosed, the launch of this 2000-watt PSU reflects FSP’s commitment to catering to the growing market segment of advanced computing platforms, where reliable power delivery is critical to performance and system stability.

This power supply will potentially appeal to a wide range of users including AI researchers, content creators, and engineers who rely on powerful multi-processor configurations to accelerate their workflows and simulations.

FSP introduces the FSP2000-57APB, a 2000W ATX 3.1 power supply designed for demanding multi-GPU and CPU workstations and AI computing.