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Boson® Thermal Camera Modules

The Boson family represents the most dynamic, highest-performing uncooled thermal imaging technology in the Teledyne FLIR portfolio. The small, lightweight, and low-power OEM package features multiple configurations and onboard image processing for qualitative and quantitative thermal imaging applications.

Firefighting

Surveillance

Security

Unmanned Systems

Industrial Inspection

Fixed-Asset Monitoring

New

Boson+ | The New Standard in LWIR

Made in the USA, the Boson+ sets the standard for longwave infrared (LWIR) OEM thermal camera performance and size, weight, and power (SWaP). It features an industry-leading thermal sensitivity of less than or equal to (≤)20 mK and an upgraded automatic gain control (AGC) filter delivering dramatically enhanced scene contrast and sharpness. Lower video latency enhances tracking, seeker performance, and decision support. Radiometry will be available in the fourth quarter of 2023 on 640 x 512 and 320 x 256 resolution models.

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New

Boson+ CZ | High Performance Thermal with Continuous Zoom

Made in the USA, the Boson+ CZ 14-75 combines Teledyne FLIR’s Boson+ world-class longwave infrared (LWIR) OEM camera module and 5x continuous zoom (CZ) lens offering a high–performance imaging solution. It features an industry-leading thermal sensitivity of ≤20 mK and an upgraded automatic gain control (AGC) filter delivering dramatically enhanced scene contrast and sharpness. The high-performance lens and control electronics maintain focus through zoom and provide real-time thermal gradient compensation as well as flexibility for user-defined command syntax and expansion for additional features.

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Boson®

The Boson longwave infrared (LWIR) OEM thermal camera module set the standard for size, weight, power, and performance (SWaP). Utilizing Teledyne FLIR's advanced image processing and several industry-standard communication interfaces, Boson enables applications from firefighting to unmanned aircraft systems (UAS), security, and automotive development kits, all for as little as 600 mW. The 12 µm uncooled detector comes in two resolutions – 640 × 512 or 320 × 256 – and multiple frame rate options. Radiometric models offer absolute temperature measurement. With multiple lens configurations also available, Boson offers the widest range of LWIR models from Teledyne FLIR and the most flexibility to integration programs.

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Boson Comparison

	Boson+	Boson
Resolution	VGA: 640 × 512 QVGA: 320 × 256	VGA: 640 × 512 QVGA: 320 × 256
Pixel Size	12 μm
Spectral Band	8μm - 14μm
THERMAL Sensitivity	Industrial: ≤20 mK Professional: ≤30 mK	Industrial: ≤40 mK Professional: ≤50 mK Consumer: ≤60 mK
Video Pipeline & Latency	AGC: Improved with deeper blacks Latency: <6 ms	AGC: Yes Latency: <25 ms
Scene Dynamic Range	High Gain: up to 150 °C Low Gain: up to 350 °C	High Gain: <140 °C Low Gain: <500 °C
Frame Rate	60Hz default; 30 Hz runtime selectable	60 Hz & 9 Hz
Radiometry Option	Available on select models in the fourth quarter of 2023	Yes
Low-Gain Mode Available	Yes	Yes
Shutterless OptionS	Yes	Yes

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NEW Educational Video & Download Series

Integrating Teledyne FLIR thermal camera modules is now easier with our library of how-to-videos, application notes, and our comprehensive support center with product drawings, datasheets, and more!

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Boson GUI App 3.0

The Boson GUI 3.0 provides developers the ability to quickly access and adjust radiometry settings critical to high-speed integration cycles balancing schedule, cost, and performance. Optimize radiometric parameters using spot meters, regions of interest (ROI), isotherms, and external sync capability during development testing and tuning.

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Comparing the Sensitivity of Thermal Imaging Cameras Modules

A thermal camera’s sensitivity will have a direct impact on the image clarity and sharpness that the camera can produce. Devices with better thermal sensitivity are ideal for a wide variety of uses from search and rescue to industrial inspection to security.

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Why Radiometry? Understanding Qualitative vs. Quantitative Thermal Imaging

There are times when a simple thermal image is not enough to interpret a scene. In these scenarios, the ability to detect and record the temperature data from every pixel is vital to the task at hand. Radiometric thermal cameras measure the intensity of infrared signals reaching the camera to provide an accurate temperature reading of objects in the scene.

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