OPTICAL PRODUCTS
Specialized Optical Components for Imaging Systems
Mosaic Optoelectronics focuses on optical components and assemblies used to control image sampling, polarization, birefringence, and system-level optical behavior.
PRODUCT FAMILIES
Four Areas of Optical Specialization
Each product family addresses a different optical function, from controlling spatial aliasing to managing polarization or integrating several optical elements into a single assembly.
IMAGE SAMPLING
Optical Anti-Aliasing Filters
Optical low-pass filtering can reduce moiré, false detail, and other sampling artifacts before the image reaches the sensor.
Filter behavior can be developed around sensor characteristics, optical geometry, wavelength range, and the required balance between resolution and alias suppression.
Explore Optical Anti-Aliasing Filters →POLARIZATION CONTROL
Polarization Optics
Polarization components can help manage glare, reflections, contrast, optical state, and other polarization-dependent behavior within imaging and sensing systems.
Solutions can include components used to select, transform, or manage polarization according to the needs of the optical system.
Explore Polarization Optics →BIREFRINGENT MATERIALS
Crystal Optics
Optical crystals such as quartz and lithium niobate provide useful birefringent and material properties for specialized optical components.
Component performance depends on material, crystal orientation, geometry, thickness, optical finish, and the way the component is incorporated into the larger system.
Explore Crystal Optics →OPTICAL INTEGRATION
Custom Optical Assemblies
Some optical requirements are best addressed by combining multiple elements, materials, and optical functions into one integrated assembly.
Assemblies can be developed around optical behavior, mechanical packaging, orientation, spacing, alignment, and integration with the customer's imaging system.
Explore Custom Optical Assemblies →OPTICAL FUNCTIONS
Start With the Optical Problem
The correct component depends on what needs to change inside the imaging system. Product selection begins with the required optical function rather than with a catalog part number.
Control Aliasing
Manage spatial frequencies before sensor sampling to reduce moiré and false image detail.
Manage Polarization
Select or transform polarization to control reflections, contrast, and polarization-dependent optical behavior.
Use Crystal Properties
Apply birefringence and other material properties to produce controlled optical effects.
Integrate Multiple Functions
Combine several optical components into an assembly designed around the geometry and requirements of the complete system.
PRODUCT SELECTION
The Right Optical Component Depends on the Imaging System
Specialized optical components are rarely selected from one parameter alone. Their behavior depends on the complete optical architecture.
Useful design inputs can include sensor characteristics, wavelength range, lens configuration, polarization state, available optical space, component geometry, desired image behavior, and environmental or mechanical constraints.
Understanding those requirements early helps determine whether an existing optical approach is appropriate or whether a custom configuration should be considered.
USEFUL PROJECT INFORMATION
- Sensor type, format, and pixel characteristics
- Operating wavelength or spectral range
- Lens and optical-path information
- Available component dimensions and mechanical space
- Polarization requirements, if applicable
- Image artifact or optical behavior being addressed
- Prototype and anticipated quantity requirements
APPLICATION-SPECIFIC OPTICS
When a Standard Component Is Not the Best Fit
Many imaging systems involve geometry, sensor behavior, materials, or optical functions that do not map cleanly to a standard catalog component.
Application Requirements
The component is considered in the context of the imaging problem it is intended to solve.
Manufacturable Design
Optical function and manufacturability are considered together so that a practical component can be produced and verified.
Direct Technical Discussion
Custom work begins with the available system information and the optical behavior that needs to be achieved.
FROM REQUIREMENT TO COMPONENT
Product Development Is Closely Connected to Manufacturing
Optical engineering, material selection, fabrication, assembly, and measurement all influence the final component.
Our Capabilities page explains how these activities fit together when developing specialized optical components and assemblies.
PRODUCT FOCUS
- Optical anti-aliasing filters
- Polarization-control components
- Birefringent crystal optics
- Custom optical stacks
- Application-specific optical assemblies
NEED A SPECIALIZED OPTICAL COMPONENT?
Start With the Imaging Requirement
Share the optical problem, system geometry, sensor information, and performance objectives. We can help determine which product family or optical approach is the best place to begin.