The XHM3240C-ABF delivers the XHC3240C-ABF's 7,600 meter starlight detection range as a bare OEM module for custom housings, gimbals, and tower installations.
An integrator building a custom gimbal or tower housing for a border surveillance contract runs into the same obstacle almost every time: the complete camera system that has the range they need comes in a housing shaped for someone else's installation, not theirs. Re-engineering an enclosure around a sealed camera body wastes weight, space, and integration time that a bare optical core would not cost. The XHM3240C-ABF exists for exactly that scenario, delivering the same 7,600 meter starlight detection range as the XHC3240C-ABF camera in a bare module built for OEM integration.
Why Existing Off-the-Shelf Options Fall Short
Sealed camera housings are built to a generic install case, which is rarely the install case an integrator is actually solving for. Hardened tower mounts, concealed enclosures at sensitive infrastructure sites, and vehicle-mounted pan-tilt assemblies all impose their own mass and envelope constraints that a fixed housing was never designed around. The XHM3240C-ABF strips that housing away, leaving the 240mm F1.7 optic and starlight CMOS sensor as a core that integrators can seal, mount, and wire to match the site rather than the factory default.
Integration Context
Auto Back Focus is carried over from the camera variant and becomes more important, not less, in a custom housing, since integrators rarely have the luxury of climbing back up to a remote mast to correct a thermal focus drift. RJ45, WiFi, and optional 4G communication paths, along with ONVIF, RTSP, and PELCO protocol support, keep the module compatible with the same VMS infrastructure that a complete XHC3240C-ABF camera would feed into, so switching from camera to module does not force a software integration restart.
Forward Implications for Modular Procurement
Programme offices that have already standardized on bare optical cores for other range tiers are extending that procurement model to the outer detection layer as well, and the XHM3240C-ABF gives them a 7,600 meter option that fits the same modular logic. As enclosure-agnostic sourcing becomes the norm for long-range EO sensors, module variants like this one are positioned to take share from complete camera systems anywhere the installation constraints are non-standard.