01 / Optical communications
Fiber Link and Assembly Quality Testing
Connect basic inspection, anomaly localization and retest records around actual connection and link conditions.
FIBER LINK QUALITYExplore the Measurement SolutionAPPLICATION SOLUTIONS
From Components to Optical Interconnects.
Evidence for Every Test Question.
Start with the task—connect spectral characterization, optical path diagnostics and multichannel verification.
For optical communications, silicon photonics and emerging photonic applications, relate measured parameters to engineering problems and provide traceable evidence for R&D, process optimization and quality assessment.
Find Your Test Task ↓
EXPLORE APPLICATIONS
What Does Your DUT
Need to Tell You?
Filter by application area or start with a specific test task. Each solution explains why the parameters matter, then defines the measurement method and configuration boundaries.
6 test tasks
02 / Optical communications · Silicon photonics
Optical Component Spectral and Polarization Characterization
Characterize wavelength-dependent insertion loss, return loss and polarization-dependent loss to support component design verification and consistency comparisons.
SPECTRAL CHARACTERIZATIONExplore the Measurement Solution03 / Optical communications · Silicon photonics
Coupling, Packaging and Optical Path Diagnostics
Go beyond detecting a change in loss to investigate which part of the optical path may be responsible.
COUPLING & DIAGNOSTICSExplore the Measurement Solution04 / Silicon photonics
Silicon Photonic Wafer and Chip Testing
Understand device performance before packaging. Relate spectral anomalies to spatial information to support design and process development.
WAFER & CHIP TESTExplore the Measurement Solution05 / Optical communications · Silicon photonics
CPO, Optical Engines and Multichannel Optical Interconnects
Connect component analysis, optical path verification and result traceability through clear channel organization for denser optical interconnects.
CPO & OPTICAL INTERCONNECTExplore the Measurement Solution06 / Photonic computing and quantum photonics
Photonic Computing and Quantum Photonics R&D
From tunable sources to integrated optical path characterization, establish measurement conditions that can be discussed and verified for emerging experiments.
FRONTIER PHOTONICSExplore the Measurement SolutionTEST THROUGH THE LIFECYCLE
Not Isolated Parameters.
Connected Engineering Decisions.
DUTs and stations change; measurement conditions, references and records must remain clear.
- 01 / DESIGN
R&D verification
Compare spectral and transmission responses to understand differences between design and measurement.
- 02 / ASSEMBLY
Coupling and packaging
Observe changes before and after coupling and assembly to narrow the investigation.
- 03 / INTEGRATION
Multichannel verification
Associate results with actual paths and compare channel performance.
- 04 / QUALITY
Quality assessment
Apply agreed methods and thresholds, retaining evidence for review.
THE KEYHOLE APPROACH
Observe the Response.
Investigate the Location.
Spectral information reveals wavelength-dependent behavior; coherent optical measurement spatial information provides location clues for reflections and optical anomalies. Link conditions, device structures and results to support engineering decisions.
Explore the OVX Platform ↗Spectral response and transmission
Assess device performance through wavelength response, loss and polarization-dependent differences.
Spatial diagnostics
Investigate where an issue may occur using event locations and structural information.
Conditions and evidence
Retain reference planes, paths, configurations and versions to give comparisons and retests context.
CONFIGURE AROUND THE TASK
Integrated Measurements.
Flexible Combinations.
OVX includes a built-in TSL. Standalone TSLs serve user-built systems. External optical controls and basic instruments are selected per task and are not all standard OVX equipment.
OVX Series
An integrated optical measurement and analysis platform with a built-in TSL.
Trace mini / Standard / Pulse* / Pro*Standalone TSL and optical path control
Tunable sources, channel switching and polarization control for user-built systems.
OVX-TLS / OVX-SW / OVX-PCSpectral and polarization analysis
Add independent spectral, state-of-polarization and PDL analysis as required.
OVX-OSA / OVX-PA / OVX-PDL* Pulse and Pro are unreleased series. Listed specifications are preliminary; final configurations, features and availability are subject to formally released technical documentation.
These standalone-instrument series identifiers are provisional names from the product-family plan. Models, interfaces, functions and delivery status are subject to confirmed technical documentation. Sequential optical switching is not simultaneous multichannel acquisition.
ONE WORKFLOW
Reduce the Learning Curve.
Build on Measurement Experience.
Efficient, simple, modular, platform-based and standardized. Web GUI, SCPI and a unified Measurement API are design principles for consistent measurement semantics across interaction and automation.
OVX-Studio organizes measurement and analysis; OVX-StoreX manages applications and versions; the service platform links field records and issue resolution. Availability depends on the product version.
Explore the Software Platform ↗