Optical & Electronic Solutions

The component meets the datasheet. Will it meet your system?

Fibernet provides engineering-supported selection and supply of optical and photonic components — helping you match wavelength, power, gain, modulation, fiber type, polarization, connectors and system interfaces to the actual application.

  • Lasers and light sources in a wide range of wavelengths and power levels
  • Optical amplifiers and fiber amplifiers, including EDFA and customized solutions
  • Optical modulators and drivers
  • Optical transceivers and data-communication modules
  • Passive components: splitters, couplers, WDM, isolators and filters
  • Fiber-pigtailed and free-space components
  • Connector, fiber-type and polarization matching
  • Component selection, integration assistance and compatibility testing
The selection challenge

Choosing an Optical Component Is Not Just a Part-Number Decision

The problem

Catalog specifications do not automatically guarantee system compatibility.

  • Wavelength and power must match the optical path.
  • Gain and noise performance can affect the link budget.
  • Fiber type and polarization may be application-critical.
  • Connector and package interfaces must fit the integration.
  • Availability, budget and schedule can change the practical choice.
The Fibernet approach

Start with the system requirement — then select the component.

Fibernet helps translate optical and system requirements into a practical component-selection process.

We support component selection, interface matching, integration assistance and compatibility testing so the selected component is considered in the context of the complete system.

Optical & photonic components

One Source for Active and Passive Optical Components

Lasers & Light Sources

Laser and light-source options across a wide range of wavelengths and power levels for optical, medical, defense and photonic systems.

Wavelength SelectionPower MatchingFiber-Coupled
Amplification

Optical & Fiber Amplifiers

Optical amplification solutions including EDFA and customized fiber-amplifier configurations for application-specific requirements.

EDFAFiber AmplifiersCustom Solutions
Signal Control

Optical Modulators & Drivers

Optical modulation components and drivers selected according to the required optical architecture and system interface.

ModulationDriversIntegration
Data Communications

Optical Transceivers & Modules

Optical transceivers and data-communication modules for fiber networks, equipment interfaces and data-center applications.

TransceiversDatacomNetworking
Passive Photonics

Splitters, Couplers, WDM, Isolators & Filters

Passive optical components for power distribution, wavelength management, isolation and filtering within fiber-optic systems.

WDMCouplersFiltersIsolators
Optical Interfaces

Fiber-Pigtailed & Free-Space Components

Fiber-coupled and free-space component configurations selected according to the required optical path and mechanical integration.

PigtailedFree-SpaceInterface Matching
Engineering matching

Match the Component to the Optical System

λ

Wavelength

Match the source, amplifier, filter and detector path to the required operating wavelength or wavelength band.

P

Power & Gain

Consider optical power, amplification and link-budget requirements as part of component selection.

SM

Fiber Type

Align components with the required Single-Mode, Multi-Mode or application-specific fiber interface.

POL

Polarization

Support polarization-sensitive architectures by considering polarization requirements during selection.

IF

Connector & Interface

Match connectorization, package style and optical interface to the physical system architecture.

MOD

Modulation / Data Rate

Consider modulation and data-communication requirements when selecting modulators, drivers and transceivers.

INT

Integration

Evaluate how the component connects to the surrounding optical, electrical and mechanical architecture.

AVL

Budget & Schedule

Balance performance requirements with project budget, availability and delivery schedule.

System-oriented selection

From Individual Components to a Compatible Optical Chain

SourceLaser / Light Source
→
Optical ChainAmplifier • Modulator • WDM • Filter • Isolator
→
System InterfaceTransceiver / Fiber / Free-Space / Equipment
Wavelength Match
Power / Gain Match
Fiber / Polarization Match
Connector / Interface Match
Applications

Optical Components for Advanced Systems

Fiber Optic & Photonic Systems

Active and passive components for optical links, photonic assemblies, test platforms and application-specific fiber systems.

Defense & Mission-Critical Systems

Engineering-supported component selection for advanced electro-optical, communication and sensing applications.

Medical & Life-Science Systems

Lasers, optics and fiber-related components for medical, diagnostic and other optical instrumentation applications.

Data Centers & Optical Communications

Transceivers, optical communication modules, amplifiers and wavelength-management components for high-speed fiber connectivity.

More than component supply

One Engineering Contact Across the Optical Chain

Fibernet supports component selection, interface matching, integration assistance and compatibility testing across a broad range of optical and photonic component categories.

Instead of managing each component as an isolated purchase, customers can discuss the optical requirement as a complete system problem.

LasersLight SourcesEDFAFiber AmplifiersOptical ModulatorsDriversTransceiversWDMCouplersSplittersIsolatorsFilters
Start with the requirement

Tell Us What the Optical System Needs to Do

Send us the wavelength, power, gain, fiber, polarization, interface, modulation or data-rate requirements — together with your budget and schedule. Fibernet can help identify and integrate the component solution that fits the application.

Find the Right Optical Component

Start with the requirement

Tell Us What the Optical System Needs to Do

Send us the wavelength, power, gain, fiber, polarization, interface, modulation or data-rate requirements — together with your budget and schedule. Fibernet can help identify and integrate the component solution that fits the application.

Capabilities

λ Wavelength

P Optical Power

G Gain / Amplification

POL Polarization

SM/MM Fiber Matching

IF Interface Compatibility

Why Fibernet

Fewer Interface Surprises

Consider fiber, connector, polarization and package requirements before the component reaches integration.

Better System Fit

Select around the optical architecture and performance requirement rather than only the component category.

One Technical Source

Source multiple active and passive photonic component types with engineering support around the complete system.

Performance, Budget & Schedule

Balance technical performance with practical project constraints and supply requirements.

The Work Process

Define the Requirement

Application Wavelength Optical power Gain / loss Data rate / modulation

Match the Optical Interface

Review fiber type, polarization, connector requirements and free-space or fiber-pigtailed architecture.

Select the Component

Identify component options that align with the optical, electrical, mechanical, budget and schedule requirements.

Check Integration & Compatibility

Support system integration and compatibility testing according to the project requirements.

Supply for the Project

Coordinate the selected component solution with the project schedule and supply requirements.

Frequently Asked Questions