LWIR 8–12 μm
A 640×512, 12 μm uncooled LWIR module shown with the 25 mm F1.0 fixed-focus athermalized lens — 50 Hz imaging, SDI/MIPI video output, RS422 control, and a 9.1–75 mm fixed-lens series.
A 640×512, 12 μm uncooled LWIR module shown with the 25 mm F1.0 fixed-focus athermalized lens — 50 Hz imaging, SDI/MIPI video output, RS422 control, and a 9.1–75 mm fixed-lens series. Originally developed for a customer-specific vehicle imaging project, it is now available as a MODO configuration.
MODO-VT-640-50 originated in a customer-specific vehicle imaging project. The resulting configuration combines a 640×512 uncooled LWIR core with fixed-lens options, SDI/MIPI video and RS422 control rather than treating the detector as an isolated component. It is now offered as a MODO configuration whose optics, output and connector choices can be aligned with the target integration.
Vehicle and mobile observation systems need image information when visible-light cameras are limited by darkness or changing illumination.
The 640×512 uncooled LWIR channel provides 50 Hz thermal imaging, with scene and shutter-based non-uniformity correction and image controls for system integration.
A fixed camera configuration can force compromises between viewing geometry, the host video input and the control architecture.
A 9.1–75 mm fixed-lens series supports different viewing requirements, while SDI/MIPI output is configured per program and RS422 provides serial control.
Integrators must account for power demand, installation space and protection of the optical head instead of evaluating detector resolution alone.
The documented 25 mm configuration uses DC 5.0–5.5 V with ≤6 W consumption, measures 46×40×71.93 mm at ≤300 g, and specifies IP67 protection for the optical head.
| Detector | VOx Uncooled LWIR |
| Resolution | 640×512 |
| Pixel pitch | 12 μm |
| Spectral band | 8–12 μm |
| Thermal sensitivity | NETD ≤45 mK @ 25 °C |
| Frame rate | 50 Hz |
| Lens type | Fixed focus, athermalized |
| Fixed-lens series | 9.1 / 13.5 / 19 / 25 / 35 / 55 / 75 mm; 25 mm F1.0 shown (FOV 17.5°×11.7° est.) |
| Video output | SDI (latency ≤20 ms); MIPI (2-lane + 4-lane) |
| Control interface | RS422, 115200 bps |
| Optional interfaces | DVP, CVBS, USB, Ethernet and other common ports on request |
| Power supply | DC 5.0–5.5 V |
| Power consumption | ≤6 W (peak <12 W) |
| Dimensions | 46×40×71.93 mm (25 mm configuration) |
| Weight | ≤300 g (25 mm configuration) |
| Operating temperature | −40 to +60 °C |
| Storage temperature | −40 to +70 °C |
| Ingress protection | IP67 (optical head) |
Specifications reflect the 25 mm configuration technical document. Focal lengths, video interfaces, and connector options can be finalized for the target program.
NODE-1280 is a 1280×1024/12μm VOx uncooled LWIR network module — an MG03-class core with a network tail board: Gigabit Ethernet RTSP streaming (H.264/H.265/MJPEG, ONVIF, GB28181), RS-485 Modbus RTU, and 25/35/50mm F1.0 fixed athermalized lens options in a 44.5 × 44.5 mm end-face body at <4 W (DC 9–24 V).
NODE-640 is a 640×512/12μm VOx uncooled LWIR network core with native IP access: RJ45 100M Ethernet, H.265/H.264/MJPEG streaming at 50 Hz, ONVIF + SDK + ISAPI integration, RS-485 PELCO-D PTZ control and motorized lens drive — in a 40 × 41 × 65 mm, ≤129 g body at ≤2.9 W.
TYNI-640-9U packs a 640×512/12μm uncooled LWIR core into a 17.3×17.3mm footprint with a 9.1mm F1.0 lens and USB 2.0 video at 50 Hz, from 13.8 g — built for drones and embedded thermal integration.
See the module and related imaging technology in real field footage.
Outdoor footage from a 640×512 thermal camera fitted with a 35 mm lens, focused on image clarity, field of view, and target presentation.
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Multiple 640-channel thermal views are stitched into a 270-degree panorama for wide-area observation and continuous scene awareness.
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