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Counter UAV / FPV

XHC1302-D28B 2.8 mm Black & White Ultra Low-Light DVP Camera Module

525 m detection range, 103.8° HFOV, black & white ultra-low-light DVP camera module.

525 m
Detection Range
0.001 lux @ IRE50, 0.00005 lux @ IRE10
Min. Illumination
≤ 30 g
Weight
BT.656
Output Format
👁 SENSOR TYPE CMOS Ultra Low Light
🎯 DETECTION RANGE 525 m
🌡 OPERATING TEMP −40 °C to +55 °C
WEIGHT ≤ 30 g
In Stock · Ships in 5–7 Business Days
525 m detection range at 2.8 mm focal length under NVESD test conditions
103.8° horizontal field of view for ultra-wide-angle FPV and short-range UAV navigation
1/1.8" CMOS sensor with 5.4 μm pixel pitch and F/1.0 aperture for low-light gain
Black & White imaging down to 0.001 lux @ IRE50, 0.00005 lux @ IRE10
1024 × 768 resolution at 50 fps over a DVP / BT.656 digital interface
Bare, housing-free module under 30 g for direct OEM and UAV integration
System Overview

XHC1302-D28B System Detail

What It Is

The XHC1302-D28B is an ultra low-light DVP digital camera module from Star-Navi's XHC1302 Series, built around a 1/1.8-inch CMOS sensor in a 2.8 mm, F/1.0 black & white configuration with no outer housing, for direct embedded integration into UAV, FPV, and robotics platforms.

Performance

Under clear-weather test conditions with visibility ≥ 10 km per the US military NVESD standard, the XHC1302-D28B reaches a detection range of 525 m, a recognition range of 130 m, and an identification range of 80 m. The module covers a 103.8° horizontal field of view at 2.8 mm focal length, outputting 1024 × 768 video at 50 fps with 70 dB dynamic range.

Key Technical Features

  • 5.4 μm pixel pitch CMOS sensor for high sensitivity in a compact optical format
  • DVP / BT.656 digital output in YCbCr 4:2:2 format for direct embedded-processor integration
  • Sub-450 mW power draw over a single DC 5 V rail via a 29-pin FPC connector
  • Sub-20 ms latency and roughly one-second boot time for real-time FPV and navigation use

Platform Compatibility

The XHC1302-D28B ships as a bare module without outer housing, so OEM integrators handle mechanical mounting, lens protection, and environmental sealing for the target platform. It is intended for ultra-wide-angle FPV and short-range UAV navigation, alongside general UAV payload, robotics, and embedded vision integration.

Compact Ultra Low-Light Optics

A large-aperture lens paired with a large-pixel-pitch CMOS sensor maximises light gathering in a small optical footprint. This combination lets the module resolve scene detail well below the illumination levels typical cameras require.

Direct Digital Video Output

The module outputs digital video directly over a parallel bus in a standard broadcast-style format, without an onboard encoder or compression stage. Host processors can capture and process frames with minimal integration overhead.

Maximum-Sensitivity B/W Imaging

The XHC1302-D28B forgoes colour filtering to maximise light-gathering sensitivity in monochrome. This suits applications where reaching the furthest possible detection range under minimal illumination matters more than colour information.

Minimal SWaP Integration

A small housing-free form factor and low continuous power draw keep the module's size, weight, and power footprint out of the way of the host platform's payload budget. A single FPC connector carries both power and video to simplify wiring.

Technical Support

Our technical team provides pre-sales support for system integration planning, field testing, and deployment assessment.

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Full Technical Specifications

ParameterSpecification
GENERAL
Model Number XHC1302-D28B
Product Series XHC1302 Series
Product Type Ultra Low-Light DVP Digital Camera Module
OPTICAL
Sensor Type CMOS (EO/Ultra Low Light)
Sensor Size 1/1.8"
Resolution 1024 × 768
Pixel Size 5.4 μm
Color Mode Black & White
Focal Length 2.8 mm
Aperture F/1.0
Horizontal FOV 103.8°
PERFORMANCE
Min. Illumination 0.001 lux @ IRE50, 0.00005 lux @ IRE10 (B/W)
Frame Rate 50 fps
Dynamic Range 70 dB
Exposure Mode Rolling Shutter
MECHANICAL
Dimensions 20 × 20 × 40.8 mm
Weight ≤ 30 g
Housing None (Bare Module, OEM Integration)
ELECTRICAL
Operating Voltage DC 5 V
Power Consumption < 450 mW
ENVIRONMENTAL
Operating Temperature −40 °C to +55 °C
Storage Temperature −55 °C to +70 °C
DRI PERFORMANCE
DRI Test Standard Clear weather, visibility ≥ 10 km, US military NVESD standard
Detection Range 525 m
Recognition Range 130 m
Identification Range 80 m
INTERFACE
Output Format BT.656
Video Format YCbCr 4:2:2
Interface Type DVP (Digital Video Port)
Connector Type FPC, X03A10L29G, 29-pin
Operational Scenarios

Designed for the Field

FPV and Close-Range UAV Navigation

The XHC1302-D28B covers ultra-wide-angle FPV and short-range UAV navigation at 2.8 mm focal length with a 103.8° field of view.

Search and Rescue Perimeter Coverage

Recognition-range performance supports perimeter and security observation tasks alongside the module's primary UAV role.

Embedded OEM Integration

A bare, low-power module design keeps size, weight, and power draw out of the way of the host platform's payload budget.

FPV and Close-Range UAV Navigation

FPV pilots and small-drone operators need ultra-wide situational awareness at close range, where obstacles and terrain features appear and close quickly. Standard daylight FPV cameras lose usable image quality as soon as ambient light drops. The XHC1302-D28B's 2.8 mm lens gives a 103.8° horizontal field of view, reaching a detection range of 525 m under standard NVESD test conditions. Its 1024 × 768 CMOS sensor and F/1.0 aperture keep the image usable well after ambient light has dropped below what daylight cameras can use.

  • Detection Range 525 m
  • HFOV 103.8° at 2.8 mm
  • Identification Range 80 m
  • Imaging Black & White

Search and Rescue Perimeter Coverage

Search and rescue teams flying small UAVs need continuous wide-area coverage through the night. A single wide-FOV camera should handle both open search patterns and closer inspection passes without a lens change. Recognition range of 130 m lets operators distinguish targets from background clutter well inside the module's full detection envelope. The bare-module design lets integrators pair it with existing gimbals, housings, and processing boards already qualified for the platform.

  • Recognition Range 130 m
  • Sensor 1/1.8" CMOS, 5.4 μm Pixel
  • Output DVP / BT.656, YCbCr 4:2:2
  • Weight ≤ 30 g

Embedded OEM Integration

OEM integrators building UAV, FPV, or robotics payloads need a low-light camera core that adds minimal size, weight, and power draw to an already-constrained platform budget. A module that requires a heavy housing or complex power-conditioning stage erodes the payload margin available for other systems. The XHC1302-D28B ships as a bare, housing-free module weighing under 30 g and drawing less than 450 mW over a single DC 5 V rail, with power and BT.656 video carried on one 29-pin FPC connector. Sub-20 ms latency and roughly one-second boot time keep it ready for real-time flight control and navigation use.

  • Weight ≤ 30 g
  • Power < 450 mW
  • Interface DVP / BT.656, FPC Connector
  • Latency < 20 ms
Developer Resources

System Integration

Interface Architecture

Every XHC1302 module outputs BT.656 digital video over an 8-bit DVP parallel bus, carried on a single 29-pin FPC connector alongside power and synchronisation signals.

Full pin-level signal reference requires a verified corporate account.

DVP / BT.656 Interface

The XHC1302 outputs 1024 × 768 video at 50 fps over an 8-bit DVP parallel bus in BT.656 / YCbCr 4:2:2 format, ready for direct capture by an embedded video processor. A single FPC connector carries video, power, and synchronisation signals together.

Output : DVP / BT.656, YCbCr 4:2:2 Resolution : 1024 × 768 @ 50 fps Connector : FPC, X03A10L29G, 29-pin Power : DC 5 V, < 450 mW

Documentation & Downloads

All documents require a registered account. Export-controlled documents require verified end-user certification.

XHC1302-D28B Datasheet
PDF · V1.1
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XHC1302-D28B Datasheet
PDF · V1.1
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Procurement & Sales

Request a Quote or Demo Unit

Our technical sales team can arrange a field demonstration, provide deployment planning, and prepare a formal quotation for your procurement requirements.

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