ITR3CMOS01300KMA Low Light Imaging/Semiconductor Cooled Camera

Product Introduction

The ITR3CMOS series is designed for low-light and long-exposure scientific/industrial imaging, featuring Sony Exmor and other high-performance CMOS sensors with dual-stage thermoelectric (TEC) deep cooling architecture. It is optimized for fluorescence/chemiluminescence, spectral/UV detection, semiconductor and material analysis applications. The built-in anti-fogging optical structure and closed-loop temperature control can reduce sensor operating temperature by approximately 40 °C below ambient and stabilize to the set value within minutes (model dependent), ensuring low dark current and noise while maintaining quantum efficiency and imaging consistency.

The camera uses USB3.0 (5 Gbit/s) as the primary link, supporting 8/12/16-bit data output and long-term exposure (typically up to 3600 s, model dependent). It provides free-running, software/hardware triggering and multi-camera synchronization, with industrial-grade I/O for integration with external light sources/motion platforms/acquisition systems. Optional multi-interface versions (such as 10GigE/Camera Link, model dependent) are available to meet different cabling and bandwidth requirements. Includes ToupView software and cross-platform SDK (Windows / Linux / macOS / Android) for easy system integration and secondary development.

Key Features

High-sensitivity low-noise CMOS sensors (Sony Exmor and others, model dependent), covering visible to near-UV applications
Dual-stage TEC deep cooling: typical temperature difference ΔT ≈ 40 °C (below ambient), significantly reducing dark current
Closed-loop temperature control and temperature programming; temperature can stabilize to set value within short time (model dependent)
Anti-fogging/anti-condensation optical structure, maintaining window and sensor cleanliness during low-temperature and long-exposure conditions
Optional protective windows: IR-CUT / dual AR (model and application dependent)
Bit depth and dynamic range: 8 / 12 / 16-bit data output (model dependent), enhancing weak signal gradation
Long exposure capability: typically up to 3600 s (model dependent), suitable for extremely low-light imaging
Data and interfaces: USB3.0 high-speed link; optional 10GigE / Camera Link versions (model dependent)

Trigger modes: free-running, software trigger, external hardware trigger; supports multi-camera and peripheral timing synchronization
Image functions: ROI/windowing, digital binning, mirroring, Gamma/LUT, etc. (model dependent)
Industrial-grade I/O: optically isolated trigger/strobe output and programmable GPIO (model dependent)
Spectral/band adaptation: visible / NIR / UV (depending on sensor and window materials)
Electrical and reliability: low-noise power supply and anti-interference design, supporting long-term continuous stable operation
Supporting software: ToupView; provides Windows / Linux / macOS / Android SDK, compatible with common third-party interfaces
Application fields: fluorescence/chemiluminescence, spectral/UV detection, semiconductor and material analysis, low-light microscopy, etc.

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Product Details

Key Parameters
Model	ITR3CMOS01300KMA
Sensor	GPixel GLUX9701BSI
Effective Pixels / Resolution	1.3MP (1280×1024)
Frame Rate (Full Resolution and Key Resolution Modes)	30 fps@1280×1024; 30 fps@640×512
Shutter Type	Rolling Shutter
Color Type	Monochrome
Imaging Performance
Pixel Size	9.76 µm × 9.76 µm
Sensor Size	12.493 mm × 9.994 mm
Diagonal	1" (16 mm)
Dynamic Range	81.08 dB
Bit Depth	8-bit/HDR16-bit
Sensitivity	2.57×10⁸(e-/((W/m2).s))@610 nm
Interface & Mechanical
Data Interface	USB3.0
GPIO	1x optically isolated input, 1x optically isolated output, 2x non-isolated I/O ports
Lens Mount	C-mount
Dimensions	80 mm × 80 mm × 101.5 mm
Weight	860 g
Power Supply	USB3.0 interface power/DC12V power
Environment & Certification
Operating Temperature / Humidity	-10 °C ~ +50 °C / 20%-80% non-condensing
Storage Temperature / Humidity	-30 °C ~ +70 °C / TBD
OS Support	Windows/Linux/macOS/Android multi-platform SDK (native C/C++, C#/VB.NET, Python, Java, DirectShow, TWAIN, etc.)
Certification	CE/FCC

Product Overview

ITR3CMOS01300KMA is a scientific-grade cooled camera designed for low-light imaging and long exposure applications. It features the high-performance GPixel GLUX9701BSI image sensor with the following characteristics:

High Sensitivity Imaging: 1.3MP (1280×1024) resolution with 9.76 µm × 9.76 µm pixel size and 12.493 mm × 9.994 mm sensor size, ensuring effective capture of weak signals.

Deep Cooling Technology: Dual-stage semiconductor deep cooling, 42 °C below ambient temperature , effectively reducing dark current and thermal noise with typical dark current of 0.07 mV @ -20 °C .

Ultra-Long Exposure Time: Maximum exposure time up to 1 hour , supporting long integration imaging for extremely weak signal detection.

Anti-Condensation Design: Features sealed chamber and anti-condensation window design to ensure no moisture formation on sensor surface during low-temperature operation, maintaining stable image quality.

Precise Temperature Control: Adjustable cooling temperature allows users to balance low noise with quantum efficiency according to requirements, optimizing imaging performance.

High-Speed Data Transmission: Utilizes USB3.0 interface with hardware buffer to ensure smooth and stable transmission of large data volumes.

High Bit Depth Output: Supports 8-bit/HDR16-bit bit depth output with 81.08 dB dynamic range, preserving more image details.

Dual Power Supply Design: USB3.0 interface power/DC12V power ensures stable operation of the cooling system.

Core Performance Indicators

Cooling Capability

42 °C below ambient temperature

Maximum Exposure Time

Up to 1 hour

Typical Dark Current

0.07 mV @ -20 °C

Resolution

1.3MP (1280×1024)

Scientific Application Features

Astronomical Observation

Ultra-low noise and long exposure capability suitable for capturing dim targets such as deep-sky objects, comets, and nebulae.

Spectral Analysis

High dynamic range and linear response for precise spectral information recording, suitable for Raman spectroscopy and fluorescence spectroscopy applications.

Bioluminescence Imaging

Extremely high sensitivity for capturing weak signals from bioluminescence and chemiluminescence, supporting in vivo imaging research.

Long-Term Monitoring

Stable cooling system and anti-condensation design support long-term unattended scientific observation.

Recommendation

The ITR3CMOS01300KMA cooled camera, with its exceptional low-light detection capability, ultra-long exposure time, and scientific-grade image quality, is the ideal choice for astronomical observation, spectral analysis, bioluminescence imaging, and other low-light applications. Deep cooling technology effectively suppresses noise, while anti-condensation design ensures long-term stable operation, providing reliable imaging solutions for scientific research.

ITR3CMOS01300KMA Product Manual

PDF format with detailed technical specifications and dimensional drawings

Download

SDK Development Kit

Supports Windows, Linux, macOS and other platforms

Get SDK

3D Model Files

STEP format for mechanical design integration

Download 3D

Package List #

Standard configuration and packing information for ITR3CMOS deep-cooled machine vision cameras (USB3.0 / GigE · -45 °C deep cooling)

Recommended kit

Camera body - ITR3CMOS series
Power adapter - Input: AC 100~240 V 50 Hz/60 Hz, Output: DC 12 V 3 A
I/O cable - 7-pin cable or extension
USB 3.0 cable
Lens (optional) - C-mount lens

Note: The ITR3CMOS series features dual-stage TEC deep cooling to reach 45 °C below ambient, making it ideal for scientific imaging and long exposures.

Recommended kit

Camera body - ITR3CMOS series
Power adapter - Input: AC 100~240 V 50 Hz/60 Hz, Output: DC 12 V 3 A
I/O cable - 7-pin cable or extension
Cable - GigE cable
Lens (optional) - C-mount lens

Note: The GigE interface supports long-distance transmission for distributed vision systems, while deep cooling ensures stable imaging over long sessions.

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Product Dimensions #

Dimensional reference for ITR3CMOS deep-cooled machine vision cameras

ITR3CMOS USB interface series

Deep cooling USB interface outline drawing

-45 °C deep cooling, scientific imaging

ITR3CMOS GigE interface series

Deep cooling GigE interface outline drawing

-45 °C deep cooling, scientific imaging

ITR3CMOS26000KMA / ITR3CMOS26000KPA series

Deep cooling Outline drawing

-45 °C deep cooling, scientific imaging

Click the images to view the full-size files

The ITR3CMOS series from Topvision Optoelectronics is a high-performance, semiconductor-cooled USB 3.0 CMOS camera that combines Sony back-illuminated CMOS sensors with dual-stage thermoelectric cooling and a low-noise electronic architecture. It is engineered for long exposures, high sensitivity, and scientific observation. With high quantum efficiency (QE), ultra-low dark current, and wide dynamic range, this series excels in astronomy, spectroscopy, and other research-grade imaging tasks.

Key Features

Dual-stage TEC cooling

35–45 °C delta for ultra-low dark current

Back-illuminated CMOS

Sony sensor with high quantum efficiency

Ultra-low noise

Read noise down to 1 e⁻

Extended exposure

Supports multi-hour deep-sky imaging

Performance Highlights

Cooling capacity

-45 °C

Relative to ambient

Dark current

<0.003

e⁻/pixel/sec @ -20 °C

Dynamic range

75 dB

Research-grade imaging

Resolution

2–20 MP

Multiple configuration options

In-depth Product Overview

Advanced dual-stage TEC cooling system

Dual-stage thermoelectric cooling (TEC) lowers the sensor temperature 35–45 °C below ambient, dramatically suppressing dark current. At an operating temperature of -20 °C, typical dark current stays below 0.003 e⁻/pixel/sec, enabling multi-hour exposures without noticeable thermal noise. Precise temperature control and an anti-condensation design ensure stable operation across demanding environments.

High-performance back-illuminated sensor technology

Sony back-illuminated CMOS sensors deliver exceptional quantum efficiency and minimal read noise. The back-illuminated structure places the photodiode above the circuitry to maximize photon collection, maintaining high signal-to-noise ratios in low light. Optimized electronics and multi-gain modes reduce read noise to as low as 1 e⁻, preserving fine detail. Pixel sizes from 2.4 µm to 4.63 µm strike the ideal balance between resolution and sensitivity.

Assured research-grade imaging

The camera supports 8-bit, 12-bit, and 16-bit output with up to 75 dB dynamic range and signal-to-noise ratios of 50 dB, meeting stringent scientific requirements. Exposure control spans from 50 µs to several hours, capturing fast-changing phenomena and enabling long integrations for deep-sky targets. A large DDR buffer paired with the USB 3.0 interface guarantees lossless transfer of high-resolution data for reliable analysis.

Industrial-grade reliability

A CNC-machined aluminum housing integrates efficient heat dissipation to maintain stability during long sessions. The anti-condensation window prevents moisture build-up at low temperatures. USB 3.0 single-cable power simplifies integration, while an optional 12 V auxiliary supply further stabilizes cooling performance. With an operating range of -10 to 50 °C and low power consumption, the camera excels in unattended, long-term observation.

Comprehensive software ecosystem

SDKs for Windows, Linux, and macOS work seamlessly with mainstream languages such as C/C++ and Python, expediting integration into existing scientific systems. Companion software delivers complete camera control, acquisition, processing, and analysis tools. Standardized interfaces simplify embedding within telescopes, spectrometers, microscopes, and other research instruments, providing a reliable imaging backbone for scientific exploration.