MWIR
All articles filed under MWIR — 29 articles.
Germanium vs Chalcogenide Infrared Lenses
Compare germanium vs chalcogenide infrared lenses for LWIR and MWIR modules, covering key transmission, thermal drift, molding, cost, and OEM trade-offs.
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Cooled MWIR vs Uncooled LWIR: A Buyer's Guide for System Integrators
A structured comparison of cooled MWIR and uncooled LWIR thermal imaging modules for system integrators — performance, cost, power, and application fit.
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What Is an Infrared Lens?
An infrared lens transmits IR radiation onto a focal plane array. Learn how material choice, focal length, and F-number shape thermal imaging system performance.
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Why Are Infrared Lenses So Much More Expensive Than Standard Lenses?
Infrared lenses cost 10–100× more than standard optics. Germanium, IR AR coatings, athermalization, and low volume explain the price gap—with real data.
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What Specifications Matter When Buying an IR Camera Core?
IR camera core buying guide: 5 key parameters covering waveband, resolution, NETD sensitivity, frame rate, interface, and cooled vs. uncooled trade-offs.
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Cooled vs Uncooled Thermal Camera Cores
Compare cooled vs uncooled thermal camera cores on NETD, SWaP-C, spectral coverage, and cost to identify the right OEM infrared detector for your design.
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What Is an Infrared Core Module?
Infrared core modules integrate detector array, ROIC, and digital interface. Understand NETD, pixel pitch, cooled vs uncooled for smarter IR selection.
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How to Choose a Thermal Camera Core for OEM Integration
Select the right thermal camera core for OEM integration: compare LWIR vs MWIR, resolution, pixel pitch, cooling trade-offs, and interface requirements.
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Uncooled LWIR Module Integration: A Complete Engineering Guide
Step-by-step integration guide for uncooled LWIR imaging modules — power, interface, thermal management, NUC, and firmware considerations for system designers.
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