Performance Testing
Measure behavior against defined operating and traffic conditions.
- Throughput and packet loss
- Latency and traffic profiles
- Optical and electrical measurements
Lab Validation Services
Test Center
Validate optics, cabling, switches, and network designs before deployment with a documented, repeatable test process.
Test Coverage
Validation built around your deployment
SwitchInfra coordinates lab validation for transceivers, cabling, switching platforms, and complete network scenarios. Each request starts with the target product, host platform, topology, and acceptance criteria so the test reflects the intended deployment.
Optical TransceiversLink parameters, DOM/DDM, FEC, host recognition, and interoperability.
Cabling and InterconnectsInsertion loss, polarity, reach, breakout mapping, and physical fit.
Switching PlatformsPort profiles, throughput, latency, software behavior, and feature operation.
Network ScenariosLeaf-spine, DCI, campus, storage, and other deployment topologies.
How It Works
A documented test process from request to results
Scope, setup, observations, and deliverables are agreed before testing begins.
- 01
Test Request
Capture the product, host platform, topology, issue, and acceptance criteria.
- 02
Design Test Strategy
Define equipment, measurements, test cases, duration, and expected deliverables.
- 03
Confirm Test Equipment
Confirm sample availability, host devices, firmware, cabling, and supporting tools.
- 04
Set Up the Scenario
Build the agreed topology and configure ports, traffic, optics, and operating conditions.
- 05
Test and Deliver
Run the cases, record observations, and provide the agreed report, evidence, and exceptions.
Lab Capabilities
Choose the validation needed for your project
Test depth is matched to the procurement or deployment decision, from a focused compatibility check to a complete topology validation.
Compatibility Testing
Confirm hardware and software interoperability on the target platform.
- Host recognition and link-up
- Firmware and OS behavior
- DOM/DDM and parameter exposure
Reliability Testing
Observe stability under repeated operation or agreed environmental stress.
- Repeated link and reboot cycles
- Extended traffic observation
- Temperature or load profiles
Solution Testing
Validate a multi-device topology and its operational workflow.
- Topology and configuration checks
- Failover and recovery scenarios
- End-to-end application traffic
Remote Demonstration
Review setup and behavior with the engineering team before deployment.
- Live setup walkthrough
- Focused test-case demonstration
- Recorded evidence when agreed
Test Deliverables
Evidence engineering and procurement teams can review
Results are organized around the agreed acceptance criteria, with exceptions and operating conditions recorded for follow-up.
Test scope and setupProducts, topology, software versions, cabling, and test conditions.
Results and observationsMeasurements, pass/fail criteria, operating notes, and exceptions.
Images or video evidenceScreenshots, setup photos, or recordings when included in the scope.
Follow-up recommendationsCompatibility cautions, configuration changes, or additional validation steps.
Engineering Resources
Prepare your test scope
ToolOptics CompatibilityReview host-platform considerations before defining an interoperability test.View resource GuideTransceiver Selection GuideIdentify form factor, reach, fiber, connector, FEC, and host requirements.View resource Technical report400G Switch BenchmarkSee how a structured technical review records platform and performance evidence.View resource
Start a Validation Request
Tell us what needs to be validated
Provide the product, target platform, topology, and decision criteria. The team will review feasibility and confirm the scope before any test work begins.
Remote review is the default starting point.
On-site testing is coordinated subject to scope and availability.
No test begins until scope and deliverables are confirmed.