XHM3012C Compact OEM Module Brings Starlight Imaging to Small Platforms

Compact surveillance platform programmes, including body-worn systems, small vehicle turrets, and short-range robotic vision heads, have been pushing suppliers for a starlight-capable optical core small enough to fit those enclosures without inheriting the mass and volume of a full camera housing. The XHM3012C answers that demand directly, delivering the XHC3012C's short-range starlight performance as a bare module built for exactly that class of compact integration.

Filling the Compact Module Gap

The XHM3012C carries the same 12mm F1.0 lens and starlight CMOS sensor as the XHC3012C camera, reaching approximately 1,260 meters detection and 200 meters identification, in a bare format that strips away the outer housing entirely. That reduction in mass and envelope is exactly what compact platform designers have been asking for when the mounting position cannot accommodate a sealed camera body.

Addressing the Gap in Practice

Manual/fixed focus removes a moving mechanism that adds little value at 12mm working distances, simplifying the module for integrators building into vibration-prone platforms like ground vehicles or handheld systems where a motorised focus assembly is one more thing that can fail in the field. ONVIF, RTSP, and PELCO protocol support keeps the module aligned with the same VMS integration used across the rest of the XHC3/XHM3 family, so a programme mixing complete cameras and bare modules across different platform types is not maintaining separate software stacks for each.

Forward-Looking View

As compact platform designers continue to specify bare optical cores over complete cameras wherever mounting space is constrained, short-range modules like the XHM3012C are likely to see adoption grow fastest at the smallest end of the surveillance platform spectrum, closing out the full range-and-format matrix that the XHC3/XHM3 series was built to cover.