OCP Global Summit 2026

AI GPU and FPGA Load Simulator

Pactiv-R + Orac

<25 ns

1,800A /1.5 kW

20 x 4 Vsense

The PactivR Orac is a unified, high-performance AI GPU and FPGA Load Simulator that combines Pactiv transient/DC load hardware with the Orac AI-enhanced controller to help engineers perform GPU load simulation, FPGA load testing, and power delivery network (PDN) testing faster and more accurately. Designed for AI servers, accelerators, and advanced computing hardware, it enables chip and board designers to validate and characterize PDNs with greater ease than conventional test approaches.

AI Server Power Grid Simulator

Chroma 61830HF/61845HF/61860HF

61830HF: 30kVA; 61845HF: 45kVA; 61860HF: 60kVA

0 to 460VLN

30 to 100Hz/DC

Chroma Regenerative Grid Simulator is a high-power AC grid emulator for AI server power, EV, PV inverter, ESS, V2G, and grid-compliance testing. With up to 60kVA output in a compact 5U chassis, single-phase and three-phase output modes, regenerative energy recovery, and support for global power test standards, this AI server power grid simulator helps engineers simulate real-world grid conditions with precision and efficiency.

Scalable Battery Module and Pack Test System 17050

Chroma 17050

1-4 Channels Each 6kW-1.08MW

BatteryPro X,

Auto-ranging power stages with available models covering from 33V to 2000V at full power

High-power, flexible test system designed to evaluate the performance, safety, and lifecycle of battery modules and packs under real-world conditions. The Chroma 17050 battery module and pack test system scales from 6kW to 1.08MW across 1 to 4 channels, covering 33V to 2000V at full power.

Ultra-Low Voltage DC Electronic Load

Chroma 63202A-20-2000

2000W

0~20V

up to 2000A

The Chroma 63202A Series Ultra-Low Voltage DC Electronic Load is designed for accurate high current DC electronic load applications, including VRM testing, POL converter testing, and CPU and GPU power testing. Engineered for today’s low-voltage, high-current power architectures, it enables engineers to validate voltage regulators, embedded DC-DC converters, and AI computing platforms with exceptional precision and dynamic response.