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PSUT Enterprise-Grade PSU Load Testing, Fully Automated

Stop guessing. Start validating.

PSUT was engineered to meet real-world demands from hyperscalers like AWS. With scalable design, fully automated load sequencing, and adapter systems for both slider and cabled PSUs, PSUT brings speed, precision, and flexibility to high-mix recovery environments.

Basic PSU testers are blind boxes. PSUT is calibrated infrastructure, purpose-built to surface failure, eliminate false flags, and capture full traceability for every unit.

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What traditional PSU testing misses

Most PSU testers weren’t designed for recovery workflows. They rely on handheld probes, require constant rewiring, and rarely capture ripple or standby rail behavior. There’s no diagnostic depth – just pass/fail verdicts without insight or traceability.

PSUT changes that. It automates everything: ripple at load, SMBus validation, multi-rail sequencing, and serial-number level reporting. No rewiring. No guesswork. No skipped outputs.

Why PSUT works when others don’t

Originally developed for a hyperscale data center, PSUT was purpose-built to:

  • Handle multiple PSU types (slider + cabled)
  • Support up to 10 output channels, including high-amp +12V and standby rails
  • Run ripple, load, and SMBus tests at 25%, 50%, 75%, and 100% power
  • Streamline workflows with snap-in adapters and load profiles
  • Automate yield reporting, preventive maintenance, and adapter tracking

One hyperscaler saw 100% alignment in test results across three PSUTs deployed on different continents, delivering identical results on identical PSUs regardless of location or operator.

Test data as an engineering asset

PSUT doubles as a diagnostic tool, analytics engine, and performance feedback loop. Logged data helps engineering teams refine PSU thresholds, compare failure rates by batch or model, and validate supplier quality over time.

Threshold Tuning
Adjust voltage, ripple, and load tolerances using real test data from every PSU model.

Failure Pattern Analysis
Spot recurring issues tied to specific adapters, output rails, or production lots.

Supplier Validation
Compare performance trends across vendors to make smarter sourcing decisions.

Design Feedback Loop
Feed test insights back into engineering to strengthen product and process design.

Data protection and audit readiness

Real-Time Dashboard Visibility
See pass/fail outcomes, rail-level anomalies, and adapter trends at a glance, across all locations.

Multi-Site Performance Sync
Test data is centralized, making it easy to compare performance across global operations.

Remote Profile Management
Update thresholds, ripple tolerances, and load profiles without touching the hardware.

Scoped User Access
Operators see only what they need, while QA and engineering have full control and traceability.

See PSUT for Yourself

%

Less operator handling time

Hands-free automation vs. manual probe testing

Output rails tested per unit

Covers full range of enterprise PSU specs

Continents deployed

Hyperscale recovery centers in U.S., Europe, and Asia
h
Unlimited

Test profiles and firmware configurations

Supports future PSU formats without hardware redesign

%

Test result repeatability across units

Calibrated, correlated results across all deployed testers

What happens in a PSUT test cycle

Connect

01

Adapters snap in securely, supporting wired and slider PSU models.

Test

02

Run programmable output tests: ripple, AC load, full power, and SMBus communication.

Diagnose

03

See individual rail performance under incremental loads and flag failures at trace level.

Report

04

Dashboards display test logs, failure types, adapter wear, and pass/fail summaries.

Common Deployment Questions

How does PSUT compare to high-end manufacturing testers?
PSUT offers many of the same capabilities – multi-rail testing, ripple analysis, and digital communication checks – without the six-figure price tag or factory-only footprint. It’s calibrated for precision, but designed for scalability in real-world recovery and test lab settings.
What’s involved in setting up a PSUT deployment?
Most customers can begin testing within a day. Each unit ships with a Windows-based control interface, onboarding documentation, and a set of snap-in adapters. We work directly with your engineering or QA teams to configure profiles for your specific PSU models.
Can PSUT operate in air-gapped or high-security environments?
Yes. By default, PSUT stores all test data locally and operates in a closed-loop configuration. Nothing is transmitted externally unless you opt in. It’s already in use at secure AWS recovery facilities and meets strict data retention and traceability standards.
Does PSUT support batch testing or automation scripting?
Yes. Multiple units can be tested sequentially with minimal operator input. Advanced users can define scripted load sequences, loop tests, and automatic logging workflows for high-volume environments.
What support is available for calibration and maintenance?
We offer remote diagnostics, periodic calibration support, and profile updates to ensure test integrity over time. The system also tracks adapter wear and alerts users when preventive maintenance is needed.

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Ready to reduce PSU scrap and testing time?

PSUT is the automated, data-rich PSU testing platform designed for scale. Join the recovery leaders already testing smarter, faster, and more transparently.

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