Imaging Module Products

Professional infrared and electro-optical imaging modules for EO/IR system integrators. Cooled MWIR, uncooled LWIR, SWIR, visible light, and AI multi-band solutions.

IR Modules SPECTRA Series

Cooled Infrared Modules

SPECTRA H10 1024×768 HOT Cooled MWIR Module
Cooled MWIR

SPECTRA H10 1024×768 HOT Cooled MWIR Module

SPECTRA H10

A 10 μm, 1024×768 HOT cooled MWIR imaging module with a 144 mm athermalized lens, Camera Link output, ≤40 mK NETD, and compact 200×77×62 mm packaging.

Detector
HOT cooled MWIR
Resolution
1024×768 @ 25±0.5 Hz
Pixel pitch
10 μm
Spectral band
3.7±0.2–4.8±0.2 μm
SPECTRA M12 1280×1024 Cooled MWIR Module
Cooled MWIR

SPECTRA M12 1280×1024 Cooled MWIR Module

SPECTRA M12

A 1280×1024, 10 μm cooled MWIR core with ≤40 mK NETD, 25 Hz Camera Link output, RS422 control, and support for fixed or continuous-zoom optical assemblies.

Detector
Cooled MWIR
Resolution
1280×1024 @ 25 Hz
Pixel pitch
10 μm
Spectral band
3.7–4.8 μm
640 Cooled Mid-wave Infrared Imaging Module
Cooled MWIR

640 Cooled Mid-wave Infrared Imaging Module

SPECTRA M06

640×512 cooled MWIR module. AVT / SDI / CameraLink. RS422/CAN. DC 28V, 240×115×110mm. Ideal for compact cooled MWIR payloads.

Spectral Band
Mid-wave IR (MWIR): 3–5 μm
Resolution
640×512
Video Interface
AVT / SDI / CameraLink
Cooling Time
≤6 min (room temp)

Uncooled Infrared & Visible Modules

1280 Long-wave Infrared Imaging Module
Uncooled LWIR

1280 Long-wave Infrared Imaging Module

SPECTRA L12 Series

1280×1024 uncooled LWIR module in a 35×35mm board. Available in four interface variants: MIPI, CameraLink, BT1120, CML. DC 12V.

Spectral Band
Long-wave IR (LWIR): 8–14 μm
Resolution
1280×1024
Video Interface
MIPI / CameraLink / BT1120 / CML
Dimensions
35×35 mm
SPECTRA L06 640×512 SDI Uncooled LWIR Module
Uncooled LWIR

SPECTRA L06 640×512 SDI Uncooled LWIR Module

SPECTRA L06 SDI

A compact 640×512, 12 μm uncooled LWIR module with 50 Hz SDI output, ≤20 ms latency, RS422 control, and a 35×35×30 mm-class envelope.

Detector
Uncooled LWIR
Resolution
640×512 @ 50 Hz
Pixel pitch
12 μm
Spectral band
8–14 μm
640 Polarimetric Long-wave Infrared Imaging Module
Polarimetric LWIR

640 Polarimetric Long-wave Infrared Imaging Module

SPECTRA PL06

640×512 polarimetric LWIR module at 7μm pixel pitch. Detects camouflaged targets and discriminates materials by polarization signature. CameraLink, 45×45mm.

Spectral Band
Polarimetric Long-wave IR (LWIR): 8–14 μm
Resolution
640×512
Video Interface
CameraLink
Dimensions
45×45 mm
Modular Visible Light Imaging Module
Visible Light

Modular Visible Light Imaging Module

SPECTRA V19A

1920×1080 visible light module with POE interface. Hisilicon platform, rolling shutter. RS232/RS422. DC 48V, 168×68×105mm.

Spectral Band
Visible Light: 0.4–0.9 μm
Resolution
1920×1080 (Full HD)
Video Interface
POE (Power over Ethernet)
Platform
Hisilicon
1920×1080 Low-Light Visible/NIR Imaging Module
Low-light visible/NIR

1920×1080 Low-Light Visible/NIR Imaging Module

Low-Light Visible/NIR Module

A full-color 1920×1080 low-light visible/NIR module with 4 μm pixels, >100 dB HDR, SDI and PAL outputs, 30/60/90 fps modes, and ≤3 W power consumption.

Detector
1/1.8-inch full-color CMOS
Resolution
1920×1080
Pixel pitch
4 μm
Spectral band
400–700 nm + 700–950 nm; optional 1064 nm
SPECTRA S06 640×512 InGaAs SWIR Imaging Module
InGaAs SWIR

SPECTRA S06 640×512 InGaAs SWIR Imaging Module

SPECTRA S06

A 640×512 InGaAs SWIR imaging module covering 0.9–1.7 μm with a 15 μm pixel pitch, 50 Hz Camera Link output, and global exposure from 20 μs to 19 ms.

Detector
InGaAs SWIR
Resolution
640×512 @ 50 Hz
Pixel pitch
15 μm
Spectral band
0.9–1.7 μm
Split-type Visible Light Imaging Module
Visible Light

Split-type Visible Light Imaging Module

SPECTRA V19B / V25 / V38

Split-type visible light modules from 1080p to 4K (3840×2160). FPGA platform, global shutter. MIPI, CML, SDI, CameraLink options. 35×35mm board.

Spectral Band
Visible Light: 0.4–0.9 μm
Resolution Options
1920×1080 / 2560×1440 / 3840×2160
Video Interface
CameraLink / SDI / MIPI / CML
Platform
FPGA · Global Shutter

Dual-Band Modules FUSION Series

Single-chip dual-band fusion on a 35×35mm board. Simultaneous visible light + LWIR output with ultra-low latency and minimal power draw.

FUSION LV0625A Visible + LWIR Dual-Spectrum EO/IR Module
Visible + LWIR

FUSION LV0625A Visible + LWIR Dual-Spectrum EO/IR Module

FUSION LV0625A

A lightweight dual-spectrum module combining 640×512 LWIR and 2560×1920 monochrome visible/NIR channels with independent 25 Hz outputs, RS422 control, and 5 V operation.

Thermal channel
640×512, 12 μm, 8–14 μm
Thermal sensitivity
NETD ≤60 mK; MRTD ≤0.45 K
Visible channel
2560×1920, 2.5 μm, monochrome
Spectral band
Visible/NIR 0.4–1.1 μm + LWIR 8–14 μm
FUSION LV1225A Single-Chip Dual-Band Imaging Module
Single-Chip Dual-Band

FUSION LV1225A Single-Chip Dual-Band Imaging Module

FUSION LV1225A

High-resolution dual-band module. Up to 1280×1024 LWIR + 2560×1440 visible. CML or MIPI. 35×35mm, DC 5V. Two detector configuration options.

IR Resolution
Up to 1280×1024
Visible Resolution
Up to 2560×1440
Video Interface
CML / MIPI
Dimensions
35×35 mm

AI Imaging Systems NEXUS Series

Single-board multi-band systems with freely configurable IR + visible bands and integrated AI processing. Deploy custom detection and tracking algorithms on-device.

NEXUS LV0619B Single-Board EO/IR AI Tracking Module
EO/IR AI tracking

NEXUS LV0619B Single-Board EO/IR AI Tracking Module

NEXUS LV0619B

A single-board dual-channel EO/IR module combining 640×512 LWIR, 1920×1080 visible imaging, H.265 Ethernet streaming, and AI tracking above 50 Hz.

Thermal channel
640×512, 12 μm, VOx LWIR
Thermal sensitivity
NETD ≤40 mK; MRTD ≤0.5 K
Visible channel
1920×1080, 3.45 μm, RGB24
Lens configuration
LWIR 25 mm optional; visible 10.44 mm

Chip-Level Products

In Development

IRmodules is currently developing chip-level detector and readout IC products. Register your interest to receive updates when chip-level products become available.

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Our engineering team provides deep customization — interfaces, resolution, integration, and algorithm development tailored to your system.

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