News & Knowledge Base
Product announcements, technical insights, and application knowledge from the IRmodules engineering team.
How to Read a Thermal Camera Module Datasheet
Learn how to read a thermal camera module datasheet, compare NETD, pixel pitch, spectral band, optics, interfaces, and integration risks for OEM design.
Read More →
Can an Infrared Thermal Imaging Module Be Customized?
Custom infrared thermal imaging module guide covering detectors, lenses, interfaces, algorithms, mechanics, validation, lead time, and sourcing.
Read More →
LWIR vs MWIR Thermal Imaging
LWIR vs MWIR thermal imaging explained for OEM teams: wavelength bands, detector types, optics, sensitivity, range, SWaP, integration choices and tradeoffs.
Read More →
Thermal vs Visible Imaging: Why Modern EO/IR Systems Use Both
An analysis of thermal vs visible imaging — the strengths and gaps of each modality, and why fusion of both channels has become the standard approach in serious EO/IR systems.
Read More →
How to Evaluate an Infrared Module Supplier
Learn how to evaluate an infrared module supplier by checking NETD test conditions, SDK support, batch consistency, delivery risk, and after-sales response.
Read More →
Thermal Camera Module Selection for UAV Power Line Inspection
Choosing the right thermal imaging module for drone-based electrical infrastructure inspection — detection requirements, altitude considerations, and recommended configurations.
Read More →
Johnson Criteria for Thermal Imaging
Johnson Criteria for Thermal Imaging explain DRI range, pixels on target, lens choice, and OEM trade-offs for LWIR, MWIR, and multi-band OEM modules.
Read More →
FUSION LV1225A Dual-Band Module: 35×35mm Fusion Imaging Now Available
IRmodules announces availability of the FUSION LV1225A single-chip dual-band imaging module — 1280×1024 LWIR + 2560×1440 visible light in a 35×35mm package.
Read More →
How Thermal Imaging Works: A Technical Primer for Engineers
A technical explanation of thermal imaging — blackbody radiation, infrared detectors, the imaging pipeline, and what distinguishes high-performance from budget modules.
Read More →