Kamera SWIR ToupTek Sony IMX993 400–1700 nm

ToupTek SWIR Sony IMX993 – short-wave infrared camera 400–1700 nm, 3 MP

Name: ToupTek SWIR Sony IMX993 – short-wave infrared camera 400–1700 nm, 3 MP
Brand: ToupTek
SKU: 18024

ToupTek SWIR Sony IMX993 is a short-wave infrared (SWIR) camera with a Sony IMX993 SenSWIR InGaAs sensor of 3 MP resolution (2048×1536) and a 3.45 µm pixel, imaging in the 400–1700 nm range. It combines a high acquisition speed with very good image quality, offers a global shutter and a choice of USB3, 10GigE, CoaXPress, CameraLink or GigE interface, in cooled (TEC) and uncooled versions.

What is a SWIR camera and the Sony IMX993 sensor?

A SWIR camera captures images in the short-wave infrared range (approx. 400–1700 nm) – it lets you “see” what is invisible in visible light, while differing from thermal imaging cameras (LWIR), which rely on heat radiation. Thanks to this, SWIR excels in material analysis, moisture detection, silicon see-through, and imaging through fog, smoke, or dust.

The Sony IMX993 SenSWIR sensor used (InGaAs, 3.45 µm) delivers 3 MP resolution while maintaining high speed and sensitivity across the entire 400–1700 nm band. It is one of Sony’s latest SWIR sensors, combining a small pixel size with a wide dynamic range.

Key features

Sensor Sony IMX993 SenSWIR InGaAs, 3.45 µm pixel, 3.0 MP (2048×1536)
Spectral range 400–1700 nm (simultaneous capture of visible and SWIR light)
Multiple interfaces: USB3 / 10GigE / CoaXPress / CameraLink / GigE
Cooled (TEC) and uncooled versions (UMV/GMV)
Global shutter, high-speed acquisition
Bit depth up to 12 bit (8/10/12 bit options), dynamic range ~51 dB
Hardware ROI, external trigger, buffer up to 512 MB (depending on model)
CE / FCC certificates, cross-platform SDK (C/C++/C#/Python, ToupView, Halcon, LabVIEW)

Available models and interfaces

Model	Sensor	Resolution	Shutter	Interface	Frame rate (full res.)
SWIR3000KMA	IMX993-AABA-C	3.0 MP (2048×1536)	global	USB3	93 fps (8 bit) / 57 fps (12 bit)
SWIR3000KMA-10G	IMX993-AABA-C	3.0 MP	global	10GigE	220 fps (8 bit) / 118 fps (12 bit)
SWIR3000KMA-CXP	IMX993-AABA-C	3.0 MP	global	CoaXPress 2.0	173 fps (8 bit) / 93 fps (12 bit)
SWIR3000KMA-CL150	IMX993-AABA-C	3.0 MP	global	CameraLink	124 fps (10 bit) / 100 fps (12 bit)
SWIR3000KMB	IMX993-AABJ-C	3.0 MP	global	USB3	93 fps (8 bit) / 57 fps (12 bit)
SWIR3000KMB-UMV	IMX993-AABJ-C (uncooled)	3.0 MP	global	USB3	93 fps (8 bit) / 57 fps (12 bit)
SWIR3000KMB-GMV	IMX993-AABJ-C (uncooled)	3.0 MP	global	GigE	37 fps (8 bit) / 18.5 fps (12 bit)

Typical frame rate per manufacturer documentation; actual values depend on bit depth, ROI and trigger mode.

Technical specification

Sensor	Sony IMX993 SenSWIR InGaAs
Type / sensor format	1/1.8″ (8.84 mm), 7.07 × 5.30 mm
Resolution	3.0 MP (2048 × 1536)
Pixel size	3.45 µm × 3.45 µm
Spectral range	400–1700 nm
Shutter	global (global shutter)
Bit depth	up to 12 bit (8 / 10 / 12 bit options)
Dynamic range	≈ 51.4 dB (HCG/LCG)
Interfaces	USB3 / 10GigE / CoaXPress 2.0 / CameraLink / GigE
Cooling	cooled (TEC) and uncooled (UMV/GMV) versions
Buffer	up to 512 MB (depending on model)
Functions	hardware ROI, external trigger
Certificates	CE / FCC
SDK / software	C/C++/C#/Python; ToupView, Halcon, LabVIEW

Applications

Semiconductors – inspection and defect analysis of silicon wafers (silicon see-through)
Material sorting – classification of plastics and waste
Food industry – moisture detection, quality inspection and grading
Glass – defect detection and see-through of high-temperature glass
Agricultural remote sensing – multispectral imaging from drones (UAV)
Imaging through fog/smoke/dust – monitoring and surveillance in harsh conditions
Security – detection of counterfeits and hidden features

Request for quotation and configuration

We supply ToupTek SWIR IMX993 cameras in a configuration matched to the application – choice of interface (USB3 / 10GigE / CoaXPress / CameraLink / GigE), cooled or uncooled version, and accessories (SWIR lenses, illumination, cabling). Contact Interlab to receive a quote and model selection for your measurement task.