20/01/2026
Capture Radiometrically Accurate Thermal Infrared Data of Hypersonic Models In-FlightVisualize and assess temperature gradients, stagnation regions, shock interactions, boundary layers, turbulent structures and more with a new stop-motion IR imaging solution from Telops!
20/01/2026
High Speed IR Imaging for Defense ApplicationsModern defense research demands precise infrared (IR) characterization of fast, complex events, ranging from explosive tests and projectile launches to equipment reliability studies and signature analysis.
20/01/2026
Telops HDR Data Management EngineThe Telops HDR M700 is a first-of-its-kind, next-generation high dynamic range IR imaging platform, built upon an allnew 23-bit digital readout integrated circuit (DROIC).
20/01/2026
Telops Next-Generation HDR Series Vs. Superframing or EHDRITelops Next-Generation High Dynamic Range (HDR) cameras utilize unique on-chip saturation management capabilities to tolerate significant variations in infrared photon flux from scene constituents displaying strong thermal contrast.
20/01/2026
How to Choose an IR Camera: High Dynamic RangeDynamic applications often push infrared cameras to their limits, demanding precise radiometric measurements across highly varied and rapidly changing scenes.
20/01/2026
Calibration and EmissivityCalibrations are fundamental to obtaining accurate quantitative radiometric data from infrared (IR) cameras. As thermal assessment needs increase across research and engineering fields, understanding the nuances of detector performance, calibration methodology, and emissivity effects becomes essential.
20/01/2026
New Scientific Infrared Signature Measurement Tools from TelopsTelops understands that research groups studying infrared signature must continuously adapt and improve their imaging capabilities as they work to provide new insight and acquire unique and often difficult to capture infrared targets and phenomena.
20/01/2026
Measuring In-Flight Particle Velocity and Temperature During Cold Spray DepositionThis is a brief overview of the methodology for retrieving temperature, water vapor and the greenhouse gases and aerosol from the downwelling infrared radiance spectrum measured by ASSIST. The expected accuracy of the retrievals is presented.
08/12/2025
Fast familyTelops FAST-IR Family offers scientificinfrared camera systems optimizedfor high-speed image acquisition.Featuring market-leading frame
rate capabilities and a wide range of image size and spatial resolution capabilities, the FAST-IR series are ideally configured to capture even the
most challenging high-speed thermal events.
21/11/2025
Image intensifier tube OPS.4Image intensifier tube OPS.4 is designed to serve armed forces to supply every soldier with a night vision goggles
20/11/2025
Hyper-Cam Airborne NanoIntroducing the Hyper-Cam Airborne Nano, our smallest long-wave infrared hyperspectral imager.
12/11/2025
Intensified iLumos RED 5GThe iLumos RED 5G, the latest innovation from Photonis, is equipped with the recently launched 5G IIT (Image Intensifier Tube) and sets a new standard for imaging excellence.
29/10/2025
Methane Airborne Detection SolutionA Complete, Field-Proven and Cost-Effective Solution to Manage Methane Emissions, Simplify Decision Making, and Confirm Regulatory Compliance
27/10/2025
Measuring Heat Transfer and Phase Change with High-Performance Infrared ThermographyInfrared cameras are excellent instruments to measure and track thermal gradients and isothermal regions undergoing phase change.
21/10/2025
Retrieving Thermodynamic Profiles from Ground-based Infrared SpectrometersThis webinar will dive deeper into the science and techniques of ground-based infrared spectrometers (GB-IRS). Take a closer look at the Optimal Estimation (OE) method, exploring the mathematical foundations behind this powerful approach.
