Test & Measurement Equipment for Fiber-Optic Communications and Fiber Splicing

If the measurement changes with the setup, can you trust the result?

Fibernet provides engineering-supported selection and integration of fiber optic test, measurement, inspection and splicing equipment for R&D, production and field applications.

  • Optical Power Meters and light sources
  • Optical Spectrum Analyzers and OTDRs
  • BER testers and link-characterization equipment
  • Variable Optical Attenuators and optical switches
  • Microscopes and connector end-face inspection
  • Fiber splicers, cleavers and fiber-preparation tools
  • Connector cleaning and inspection kits
  • Calibration, test-station integration and measurement automation
The measurement challenge

A Precision Instrument Is Only One Part of a Reliable Test

The problem

The wrong setup can undermine even the right instrument.

  • The instrument may not match the wavelength, power or link range.
  • Adapters and fiber interfaces can affect the practical test configuration.
  • Dirty or damaged connector end faces can distort optical measurements.
  • Manual test flows can reduce throughput and repeatability.
  • Different R&D, production and field environments require different test strategies.
The Fibernet approach

Design the measurement setup around what you need to prove.

Fibernet helps define the measurement requirement first, then matches the instruments, accessories, inspection tools and fiber interfaces to the application.

Where required, we also support calibration, test-station integration and measurement automation to create a more consistent test process.

Test, measurement & fiber preparation

Equipment for the Complete Fiber Test Workflow

Optical Power Meters & Light Sources

Power measurement and controlled optical sources for link loss testing, verification and fiber-assembly measurements.

Optical Power
Light Sources
Optical Loss Testing
Spectrum & Link Analysis

Optical Spectrum Analyzers & OTDRs

Optical spectrum analysis and fiber-link characterization for R&D, troubleshooting, acceptance and field measurement applications.

OSA
OTDR
Link Characterization
Digital Performance

BER Testers & Link Characterization

Bit Error Rate and communications-link test equipment for validating digital transmission performance under defined test conditions.

BER / BERT
Link Testing
System Validation
Optical Path Control

Variable Optical Attenuators & Optical Switches

Control optical power and route fiber paths within laboratory, production and automated measurement setups.

VOA
Optical Switch
Test Automation
Fiber End-Face Quality

Connector Inspection & Cleaning

Microscopes, connector end-face inspection tools and cleaning kits that help control the optical interface before mating and measurement.

Microscopes
End-Face Inspection
Cleaning
Fiber Preparation

Fusion Splicers, Cleavers & Preparation Tools

Fiber splicing and preparation equipment for production, installation, laboratory work and field fiber maintenance.

Fusion Splicing
Cleavers
Fiber Preparation
Engineering matching

Match the Test Equipment to the Measurement

λ

Wavelength

Match the instrument and accessories to the operating wavelengths of the fiber system under test.

dB

Power & Loss Range

Select measurement capability according to expected optical power, attenuation and link-loss conditions.

KM

Fiber Length & Link Type

Consider link length, fiber type and event resolution when defining OTDR and link-characterization requirements.

IF

Connector & Fiber Interface

Match adapters, launch interfaces, connector formats and fiber types to the equipment under test.

R&D

Development Testing

Configure flexible laboratory measurements for characterization, system integration and engineering evaluation.

MFG

Production Testing

Design for test efficiency, repeatability, operator workflow and automated measurement where required.

FLD

Field Testing

Select portable equipment and accessories appropriate for installation, troubleshooting and acceptance activities.

AUTO

Automation & Integration

Combine instruments, optical switches and test logic into a more integrated measurement station.

Test-station integration

From Standalone Instruments to an Integrated Measurement Station

Device / Fiber Under Test
Link • Component • Assembly • System
→
Integrated Test Station
Source • Meter • OSA • OTDR • BER • VOA • Switch
→
Measurement Output
Defined Test • Repeatable Workflow • Results
Instrument Matching
Accessories & Interfaces
Calibration
Measurement Automation
Applications

Fiber Test Equipment for Development, Production and the Field

R&D & Optical Laboratories

Optical characterization, spectrum measurement, link evaluation and automated test configurations for development and engineering work.

Production & Manufacturing Test

Repeatable optical measurements, test-station integration and measurement automation for production workflows.

Defense & Mission-Critical Systems

Fiber test, inspection and troubleshooting equipment for advanced communication and optical-system environments.

Medical & Optical Systems

Measurement and fiber-preparation tools for optical assemblies, medical systems and related R&D or manufacturing processes.

More than instrument supply

One Engineering Contact for the Fiber Test Workflow

Fibernet supports equipment selection, accessory matching, connector inspection, cleaning, splicing, calibration, test-station integration and measurement automation.

That means the discussion can begin with the measurement requirement rather than a specific catalog model.

Power Meters
Light Sources
OSA
OTDR
BER Testers
VOA
Optical Switches
Inspection
Cleaning
Fusion Splicers
Cleavers
Automation
Start with the measurement

Tell Us What You Need to Measure — Not Which Instrument You Think You Need

Share the fiber type, wavelength, link length, power or loss range, connector interfaces, test environment and required workflow. Fibernet can help define the instrument, accessories and integration approach that fit the application.

Build My Test Setup

Start with the measurement

Tell Us What You Need to Measure — Not Which Instrument You Think You Need

Share the fiber type, wavelength, link length, power or loss range, connector interfaces, test environment and required workflow. Fibernet can help define the instrument, accessories and integration approach that fit the application.

Capabilities

PM Power / Loss

OTDR Link Characterization

OSA Spectral Analysis

BER Digital Link Testing

INS Inspection & Cleaning

FS Splicing & Preparation

Why Fibernet

Reliable Measurements

Match the instrument and optical interface to the actual parameters that need to be measured.

Repeatable Results

Control interfaces, connector condition and test workflow so the setup can be used consistently.

More Efficient Testing

Select the right accessories, switching and automation approach to reduce unnecessary manual steps.

One Technical Source

Combine measurement, inspection, cleaning, splicing and test-station requirements under one technical discussion.

The Work Process

Define What Must Be Measured

Power / loss Spectrum Fiber events BER / link performance Connector quality

Define the Test Environment

R&D laboratory, production line, acceptance setup or field environment each creates different equipment and workflow requirements.

Match Instruments & Accessories

Select the instrument, optical interfaces, adapters, inspection and cleaning tools required for the measurement task.

Integrate the Test Station

Where required, combine instruments, switches, accessories and automation into an integrated measurement workflow.

Measure Repeatably

Create a test setup designed to support reliable measurements, efficient processes and repeatable results.

Frequently Asked Questions