Narrowband Imaging ● Receiver Optics
Narrowband Imaging
Optics for wavelength-selective sensing.
Tunoptix develops collection, focusing and band-selection optics for integration with a receiver’s detector and package. The optical design targets the desired signal and limits out-of-band background around the application’s wavelength and field of view.
For ranging applications, receiver optics are integrated with the host system’s illumination, detector electronics, timing and depth-estimation functions.
Wavelength-selective optics and receiver integration.
Define the optical contribution
Tunoptix optical scope
Collection and focusing optics; band selection and out-of-band rejection; the optical interface to the detector; optical characterization.
Host system and joint integration
Illumination source and operating conditions; detector, electronics and timing; signal processing and depth estimation; system integration and application validation.
Public program record
U.S. Navy SBIR Phase II · 2024
A public award record describes Tunoptix’s proposed development of meta-optics paired with a dielectric filter for a green-wavelength LiDAR receiver. The planned work covers component characterization and receiver integration.
Configure the receiver around the sensing task
Active imaging and embedded sensing
Match the optical path to the illumination wavelength, detector response, scene geometry and package.
LiDAR receiver optics
Evaluate signal collection and background rejection across the required field of view, alongside the host ranging architecture.
Integration and validation
Connect component measurements with illumination, electronics and processing under representative operating conditions.
Define what your receiver needs from the optics
Share your wavelength, detector, field of view, optical envelope and host architecture. We will define the optical configuration and characterization needed for your next integration decision.