OEM-ready integration for thermal modules: interfaces, lenses, mechanics, and compliance—plus pilot builds and golden-sample criteria to keep launch on schedule.
We help brands embed thermal modules fast and safely. We co-engineer I/O, optics/mechanics, and firmware/UI, then hand off a predictable package. You own the brand; we deliver the blueprint, validation plan, and production enablement to keep schedules.
We design for flexibility—FOV, resolution, frame rate, shutter/shutterless; lens options; housings and sealing; host I/F (UART/USB/CAN/Ethernet/MIPI). SDK/API with sample apps speeds integration. Production-ready specs, wiring, 3D, test procedures, and compliance notes cut rework.
Image quality is engineered. We handle NUC, bad-pixel repair, flat-field routines, dynamic-range and noise tuning, plus optional radiometric calibration. Result: stable, repeatable output in real scenes.
A clear path reduces risk: EVT checks I/O and imaging; DVT proves fit, sealing, and environment; PVT sets golden-sample rules, pilot build, and traceability; MP locks versions and changes. We also verify temperature repeatability, boot timing, power/sleep, shock/vibration, and IP rating.
Want thermal vision without guesswork? Request the Integration Pack—checklist, reference designs, validation kit, and a brief walkthrough—so we can propose the right configuration and timeline. Share target FOV/resolution, lens, host interface, power/IO limits, environment, and project stage.
We reply within 24h. Your info stays private.
Add thermal vision with fewer loops and clear milestones, end-to-end.
Our OEM program lets you add a Thermal camera module without guesswork. We co-engineer electrical I/O, optics/mechanics, and firmware/UI, then hand off a documented package your team can own. You keep the brand; we provide the integration blueprint, SDK and validation kit, plus a predictable ramp so schedules stay on track.
Built for OEM teams: documented handoff, SDK, validation, predictable ramp.
Clear power budget, I/O pinout, and host protocol spec.
FOV, lens/filter, shutter plan, sealing, and mounting alignment.
Stable pipeline presets, APIs, and sample apps for fast trials.
NUC/FFC, bad-pixel repair, dynamic-range/noise tuning; radiometric optional.
EVT/DVT/PVT gates with temperature, shock/vibration, and IP checks.
Work instructions, traceability, acceptance criteria, and MP change control.
Choose what fits your product.
Pick field of view, resolution, and frame rate targets.
Choose focus or zoom, window material, and shutter plan.
Select interface, synchronization method, and output format.
Set gain, color palettes, filters, and calibration triggers.
Define envelope, mounts, sealing, and protection level.
Power rails, startup, thermal design, temperature range.
Share the basics so we can propose the right plan.
Main scenes and target distances.
Operating environment
Lens type, focus/zoom, flat-field plan.
Interface type and output format.
Power limits, startup, heat path.
Envelope, mounts, stage, dates.
Scene and detection range, FOV/resolution, lens type, host interface, size/power limits, schedule stage.
Shutter gives stable calibration in harsh temps; shutter-less is quieter and simpler—choice depends on scene dynamics and housing space.
NUC/FFC, bad-pixel repair, dynamic range and noise tuning, AGC presets, palettes, plus golden-sample profiles.
MIPI-CSI, USB, Ethernet, UART/CAN; RAW/YUV video and thermal or radiometric maps, with sync/trigger options.
We provide envelope, mounting pattern, window/AR choices, gaskets, and target IP rating validation.
