BOSON®+ LWIR Thermal Imaging Cores
- Technology
- Infrared thermal cores and lenses
- Partner
- Teledyne FLIR
For those who have already integrated the FLIR Boson® in their system and are looking for a unique competitive edge with an industry-leading NETD, then the Boson®+ is a perfect choice. Truly designed for integrators, the Boson®+ is available with a variety of lens options, comprehensive product documentation, an easy-to-use SDK, and a user-friendly GUI.
At 7.5g and less than 4.9cm³, the Boson®+ is ideal in unmanned aerial systems, firefighting, automotive, security, surveillance, and industrial inspection. These modules support industrial, commercial, and defence integrators requiring high performance within a small, lightweight, and low-power package.
Range features
A high level overview of what this range offers
- Redesigned 640 x 512 resolution
- 12-micron pixel pitch detector with an industry-leading thermal sensitivity of (≤)20 mK
- Upgraded automatic gain control (AGC) filter delivering significantly enhanced detection, recognition, and identification (DRI) performance
- Improved video latency enhancing tracking, seeker performance, and decision making
- Plug-and-play with existing designs
- Industry-leading size, weight, and power (SWaP)
- Made in the USA
Downloads
for BOSON®+ LWIR Thermal Imaging Cores
What’s in this range?
All the variants in the range and a comparison of what they offer
| Model | Resolution | Pixel size | Spectral band | Sensitivity | Video pipeline and latency | Scene dynamic range | Frame rate | Radiometry option | Low-gain mode available | Shutterless option | Operability |
|---|---|---|---|---|---|---|---|---|---|---|---|
Boson®+ | VGA: 640 x 512 QVCA: Q4 2022 | 12µm | 8µm – 14µm | Industrial: <20mK Professional: < 30mK | AGC: Improved with deeper blacks Latency: < 5ms | High gain: < 120°C | 60Hz | No | No | No | Industrial: > 99.5%, no clusters > 3 x 3, no bad col/row Professional: > 99.0%, no clusters > 3 x 3 |
FAQs
for BOSON®+ LWIR Thermal Imaging Cores
Technically speaking, the FLIR Boson is an uncooled LWIR thermal camera module designed for seamless OEM integration. In practice, it proves to be highly versatile – commonly deployed in unmanned aerial systems (UAS), security applications, automotive testbeds and industrial monitoring. Not least for this reason, it is crucial to consider the Boson FLIR early on during system planning and design.
Let us be clear: the FLIR Boson+ and FLIR Boson are advanced OEM components that are not sold via conventional marketplaces. Instead, they are available through trusted technical partners.
Acal BFi is an official distribution partner for Teledyne FLIR Boson+, offering tailored advice, integration support and access to the full range of variants such as the Boson+ 640 or VUIR Boson. In many cases, it pays off to partner with experts – and Acal BFi is the right address for engineering-grade thermal vision.
A good example of ongoing technological evolution is the Boson+. Compared to the standard Boson, the FLIR Boson+ delivers significantly improved thermal sensitivity of <20 mK – a clear advantage in high-precision imaging. To put it simply: even subtle temperature differences become visible in real time. Add to that a reduced latency of <6 ms, and you have a solution built for real-time decision-making.
The Boson+ FLIR line comes in two main resolutions: 640 × 512 (VGA) and 320 × 256 (QVGA). A clear favourite in professional-grade systems is the Boson+ 640, which has become the go-to choice for airborne platforms, fixed installations and mobile surveillance alike. The design is firmly rooted in functional requirements, offering outstanding clarity and integration flexibility.
Let us take a quick step back: LWIR stands for Long-Wave Infrared, covering the 8–14 μm spectral band. Its big advantage? Unlike visible light cameras, FLIR Boson Plus modules can "see" through total darkness, smoke, fog and light obstructions. In mission-critical environments, this gives users an unmatched edge in situational awareness.
There are several aspects to consider here. The mechanical and electrical compatibility across all Boson variants allows genuine plug-and-play upgrades. Thanks to the easy-to-use Boson SDK, intuitive GUI and comprehensive integration documents, the FLIR Boson + can be embedded quickly. The result is a well-rounded system where components align seamlessly.
Radiometric versions of the Teledyne FLIR Boson+ go beyond image capture – they deliver pixel-level temperature measurement. Especially in industrial environments or quality control, this capability becomes indispensable. Both 640×512 and 320×256 variants are available in radiometric form. What seems like a small technical detail often makes all the difference in real-world use.
The Boson+ introduces a redesigned video pipeline with improved AGC (Automatic Gain Control), deeper blacks and faster response. While the standard Boson FLIR operates with <25 ms latency, the FLIR Boson+ achieves <6 ms – making it ideal for systems that demand near-instant feedback and accuracy.
The term VUIR Boson typically refers to systems that combine both visible (Visible) and infrared (Infrared) imaging. These hybrid solutions often integrate the Boson FLIR module with a visual camera, providing more layered data per frame. In many applications, such dual-mode vision can dramatically improve target detection and classification.
The FLIR Boson+ is built for extremes. It operates reliably from -40 °C to +80 °C, whether installed on drones in the desert or on rooftops in icy environments. The performance remains stable even under demanding thermal and mechanical loads. When it comes down to it, one thing matters most: reliability.
First, it is important to note that the standard Boson already sets a high benchmark. However, if your application requires maximum sensitivity, minimal latency, radiometric precision and long-term platform stability, the FLIR Boson+ is the logical next step. In the field, users often find that the Teledyne FLIR Boson+ pays off quickly in terms of saved time, reduced development cycles and better results.
