Basic PSU testers are blind boxes. The PSUT is calibrated infrastructure, built to surface real failures, eliminate false flags, and capture full traceability for every unit. Scalable design, automated load sequencing, and adapters for slider and cabled PSUs bring speed and precision to high-mix recovery.
The PSUT: Automated, enterprise-grade PSU load testing
The PSUT tests every power supply rail under real load, with ripple, SMBus, and standby checks at four power levels. Developed for a hyperscale data center, it gives identical results on identical units, wherever they are tested.
-
50%
Less operator handling time
Hands-free versus manual probe testing
-
10
Output rails tested per unit
The full range of enterprise PSU specs
-
3
Continents deployed
US, Europe, and Asia
-
100%
Result repeatability across testers
Calibrated and correlated
Most PSU testers were not designed for recovery. They rely on handheld probes, need constant rewiring, and rarely capture ripple or standby rail behavior, so you get a verdict without insight.
The PSUT automates ripple at load, SMBus validation, multi-rail sequencing, and serial-level reporting. No rewiring and no skipped outputs.
- Handles slider and cabled PSU types
- Up to 10 output channels, including high-current +12V and standby rails
- Ripple, load, and SMBus tests at 25, 50, 75, and 100% power
- Snap-in adapters and saved load profiles
- Automated yield reporting, maintenance alerts, and adapter tracking
One hyperscale customer saw identical results from three PSUTs on different continents, testing identical units with different operators.
- Threshold tuning Adjust voltage, ripple, and load tolerances with real data from every model.
- Failure patterns Spot issues tied to adapters, output rails, or production lots.
- Supplier validation Compare performance across vendors.
- Dashboards Pass and fail outcomes, rail-level anomalies, and adapter trends across every site.
- Remote profiles and scoped access Update profiles without touching hardware; operators see only what they need.
How the PSUT works
Connect
Adapters snap in securely for wired and slider PSU models.
Test
Programmable output tests run ripple, AC load, full power, and SMBus communication.
Diagnose
Each rail's behavior under incremental load is measured and failures flagged at rail level.
Report
Dashboards show test logs, failure types, adapter wear, and pass and fail summaries.
Common questions
How does the PSUT compare to factory testers?
It offers many of the same capabilities, including multi-rail testing, ripple analysis, and digital communication checks, without the six-figure price or factory footprint. It is calibrated for precision and designed to scale in recovery and test labs.
What does setup involve?
Most customers start testing within a day. Each unit ships with a Windows control interface, onboarding documentation, and snap-in adapters, and we configure profiles for your PSU models with your engineering or QA team.
Can it run in air-gapped or high-security environments?
Yes. By default all test data stays local in a closed-loop setup, and nothing is transmitted unless you opt in. It already runs in secure hyperscale recovery facilities.
Does it support batch testing and scripting?
Yes. Units can be tested in sequence with minimal operator input, and advanced users can script load sequences, loop tests, and automatic logging.
What calibration and maintenance support is there?
Remote diagnostics, periodic calibration, and profile updates. The system also tracks adapter wear and alerts when maintenance is due.
Other Tech Solutions
Pegasus: AI-Driven Optical Receiving
Optical receiving that identifies products, reads part numbers, captures condition, and creates an image-verified record for every unit.
Atheris: Automated Label Removal
AI-guided label detection and removal that replaces manual scraping with fast, consistent automation built to protect device cosmetics.
Hydra: Automated In-Line Cleaning
Multi-stage cleaning with continuous flow, delivering uniform results inside line-style recovery environments.
OptiM: Mobile Cosmetic Grading
Automated 360-degree inspection and AI grading for smartphones and tablets, with controlled lighting built for glass and metal and the same call on every device.
OptiX: Laptop Exterior Grading
Automated cosmetic grading for laptop exteriors, with AI that grades every surface against your exact specification and makes the same call at every station.
OptiY: Laptop Interior Grading
Automated cosmetic grading for the inside of the laptop, with display testing built into the same pass.
OptiZ: Complex Device Grading
Robotic cosmetic inspection for headphones and other complex devices, with every defect marked on a 3D model before rework starts.
Proteus: Enterprise Drive Erasure
Our gold standard for HDD and SSD testing and erasure, with ADISA-tested erase functionality, up to 64 test cells, and full audit trails.
Rackwipe: In-Rack Data Erasure
End-to-end, fully automated data erasure for data centers, clearing drives, ports, switches, and sensitive configurations with detailed digital reporting.
Phoenix: Bench-Scale Memory Diagnostics
A compact FPGA-based tester that runs up to ten DDR3, DDR4, and DDR5 modules at once for deep, module-level diagnostics.
Maya: Fast NAND Testing
High-speed testing for NAND flash memory in BGA and TSOP, with advanced ECC verification and full protocol support from SLC to 3D NAND.
Bujang: Production-Line DRAM Screening
Proprietary high-throughput DRAM screening for DDR3 and DDR4, built to catch defects early across full production volumes.
Nest: Mobile Device Initialization
Automated initialization, charging, and OS preparation that feeds Revolution a steady supply of ready-to-test units.
Revolution: Full-Functional Device Testing
Automated full-functional testing that picks up each device in the state Nest prepared, with no manual handling between stages.
Titan: Automated CPE Testing
A scalable test platform for modems, gateways, and set-top boxes, with up to 24 test slots and robotic loading.
ICT Tester: Circuit-Board Testing
In-circuit and functional testing for small control boards, with rapid changeover through swappable upper and lower probes.
RCU Tester: Remote Control Testing
Automated remote control testing across IR, Bluetooth, buttons, LEDs, and audio, replacing manual cycles with fast, repeatable runs.
Ready to cut PSU scrap and test time?