MIPI4200KMB Industrial Camera/Analytical Imaging

Product Introduction

The BIGEYE Series is designed for microscopy imaging and general industrial/scientific applications, featuring Sony Exmor/Exmor R/Exmor RS back-illuminated CMOS or GSENSE large-format BSI sensors (model-dependent), delivering high quantum efficiency and low readout noise performance even in low-light conditions. Selected GSENSE models support Global Reset (rolling readout) to balance high frame rates with motion suppression, suitable for demanding applications such as UV detection and corona detection.

The system integrates an Ultra-Fine hardware ISP video processing engine (HISPVP), offloading real-time processing tasks including Demosaic, auto exposure/gain, white balance, one-click calibration, Gamma/contrast/saturation/LUT to the camera, thereby reducing host CPU load and improving preview and recording stability. The data link utilizes USB3.0, supporting real-time 8/12-bit switching and RAW/Bayer output with resolutions ranging from 4.2 to 10 MP. Bundled with ToupView/ToupLite and cross-platform SDK (Windows/Linux/macOS/Android) for convenient system integration and secondary development.

Key Features

Sensors: Sony Exmor/Exmor R/Exmor RS CMOS or GSENSE BSI (model-dependent), optional CCD models available (model-dependent)
Low-light optimization: High QE and low readout noise; GSENSE supports CMS/multi-sampling, wide dynamic range (device/model-dependent)
Global Reset (rolling readout, GRR, model-dependent), suitable for high frame rates and UV/corona detection
USB3.0 (5 Gbit/s) high-speed transmission with stable low latency
Bit depth: Real-time 8/12-bit switching with RAW/Bayer output support
Ultra-Fine hardware ISP (HISPVP): Demosaic, AE/AGC, AWB, one-click white balance, Gamma/contrast/saturation, LUT, denoising/sharpening
Arbitrary-sized ROI, image mirroring/flipping for flexible optical path and bandwidth adaptation

Resolution coverage from 4.2 to 10.3 MP (model-dependent), versatile for microscopy/materials applications
Industrial construction: Zinc-aluminum alloy CNC housing for enhanced heat dissipation and electromagnetic shielding
Lens mount: C-mount standard interface, compatible with various microscopy/industrial optical systems
Trigger and synchronization: Supports free-running/software trigger/external trigger; flash/I/O linkage (model-dependent)
Software ecosystem: Includes ToupView/ToupLite and SDK (Windows/Linux/macOS/Android), compatible with DirectShow/TWAIN
Typical applications: Microscopy imaging, life sciences, materials analysis, industrial inspection, UV/corona detection
Certification: CE/FCC/RoHS compliant (model-dependent)

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Product Details

Key Parameters
Model	MIPI4200KMB
Sensor	GSENSE2020BSI (M, UV, RS)
Effective Pixels / Resolution	4.2 MP (2048×2046)
Frame Rate (Full Resolution)	22 fps @ 2048×2046
Shutter Type	Rolling Shutter
Color Type	Monochrome
Imaging Performance
Pixel Size	6.5 µm × 6.5 µm
Sensor Size	13.31 mm × 13.31 mm
Diagonal	1.2" (18.83 mm)
Dynamic Range	TBD
Bit Depth	8/12-bit
Sensitivity	1.1×10^8 (e-/((W/m²)·s)), Peak QE 93.7% @ 550 nm, 80 (e-/s/pix)
Interface & Mechanical
Data Interface	MIPI D-PHY CSI-2 1Ch 4Lane
GPIO	TBD
Lens Mount	M42×0.75 mount
Dimensions	TBD
Weight	TBD
Power Supply	TBD
Environment & Certification
Operating Temperature / Humidity	-10 °C to +50 °C / 30% to 80% RH
Storage Temperature / Humidity	-20 °C to +60 °C / 10% to 60% RH
Operating System	TBD
Certification	CE, FCC

Product Overview

The MIPI4200KMB represents a scientific-grade digital camera engineered for advanced industrial and analytical imaging applications, featuring a GSENSE2020BSI (M, UV, RS) high-performance image sensor with comprehensive technical capabilities:

Superior Imaging Resolution: 4.2 MP (2048×2046) resolution with 6.5 µm × 6.5 µm pixel pitch and 13.31 mm × 13.31 mm sensor format, delivering exceptional detail capture and analytical precision
Advanced Sensor Technology: Utilizes Rolling Shutter architecture with Color imaging capability, engineered for demanding applications including high-speed imaging, spectroscopic analysis, and multispectral documentation
Multi-Interface Connectivity: Features comprehensive MIPI D-PHY CSI-2 1Ch 4Lane interface options including USB3, GigE, Camera Link, and CoaXPress, achieving maximum frame rates up to 22 fps @ 2048×2046 with DDR3 buffer memory for sustained high-speed acquisition
Scientific Color Fidelity: 8/12-bit color depth processing with dynamic range exceeding TBD , incorporating hardware ISP for real-time color correction and spectral accuracy across visible, NIR, and UV ranges
Enhanced Sensitivity Performance: Optimized sensor architecture delivers exceptional quantum efficiency with sensitivity specifications of 1.1×10^8 (e-/((W/m²)·s)), Peak QE 93.7% @ 550 nm, 80 (e-/s/pix) , enabling precise measurements in challenging illumination conditions and multispectral imaging applications
Professional Optical Integration: Standard M42×0.75 mount interface ensures compatibility with scientific and industrial lens systems, with optional 0.5×/0.63×/1× relay adapters for specialized optical configurations
Industrial-Grade Construction: Robust mechanical design with dimensions of TBD and weight of TBD, featuring TBD for sustained operation in demanding environments
Comprehensive Software Ecosystem: Complete SDK integration supporting TBD platforms with advanced imaging software compatibility, providing measurement, analysis, and spectroscopic capabilities across C/C++, C#, Python, MATLAB, LabVIEW development environments

Core Performance Specifications

Resolution

4.2 MP (2048×2046)

Frame Rate

Up to 22 fps @ 2048×2046

Pixel Size

6.5 µm × 6.5 µm

Data Interface

MIPI D-PHY CSI-2 1Ch 4Lane

Scientific Imaging Capabilities

Multispectral Analysis

Engineered for visible, near-infrared, and ultraviolet imaging applications with specialized sensor coatings and optical filters, supporting advanced spectroscopic analysis and material characterization workflows

Multi-Interface Architecture

Comprehensive connectivity options including USB3, GigE, Camera Link, and CoaXPress interfaces enable flexible integration into diverse imaging systems and high-throughput analytical platforms

Hardware ISP Processing

Integrated hardware image signal processor provides real-time color correction, noise reduction, and spectral calibration, ensuring consistent image quality across varying acquisition conditions

DDR3 Buffer Memory

Onboard DDR3 memory buffer enables sustained high-speed acquisition and burst capture modes, supporting time-critical applications and continuous data streaming requirements

Technical Excellence

The MIPI4200KMB scientific-grade camera represents the convergence of advanced sensor technology, multi-interface connectivity, and comprehensive software integration. This platform delivers exceptional performance for demanding applications including multispectral analysis, high-speed imaging, and precision analytical workflows, establishing new standards for scientific and industrial imaging excellence.

MIPI4200KMB Technical Datasheet

Comprehensive PDF documentation including detailed specifications, performance curves, and integration guidelines

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Professional SDK Suite

Multi-platform development kit supporting Windows, Linux, macOS with comprehensive API documentation

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3D CAD Models

Precision STEP format models for mechanical design integration and system planning

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Product Overview

Professional characteristics of the BIGEYE series industrial cameras

The BIGEYE series represents high-performance scientific-grade industrial cameras developed by ToupTek Photonics, featuring premium imaging sensors from Sony, Gpixel, and ONSEMI. These cameras cover visible light, Near-Infrared (NIR), and Ultraviolet (UV) spectrums, supporting multiple high-speed interfaces including USB 3.0, GigE, CameraLink, and CoaXPress. The series incorporates hardware-level image processing, DDR3 buffering, and multi-mode triggering capabilities, making them ideal for high-resolution, high-speed, and high dynamic range industrial inspection and scientific imaging applications.

Core Features

Scientific-Grade Sensors

Sony/Gpixel/ONSEMI premium chipsets

Multi-Interface Support

USB 3.0/GigE/CameraLink/CoaXPress

Hardware ISP Engine

Real-time image processing optimization

Full Spectrum Coverage

Visible/NIR/UV multi-spectral support

Performance Parameter Highlights

DDR3 Buffer

Onboard Cache

Frame-drop-free transmission

Multi-Interface Options

4 Interfaces

High bandwidth transmission

Spectral Range

UV-NIR

Full spectrum coverage

Hardware Acceleration

Built-in ISP

Real-time processing

In-Depth Product Introduction

Multi-Brand Premium Sensor Platform

Utilizing Sony Exmor, Gpixel GSENSE, ONSEMI series CMOS sensors and other premium chipsets, covering large pixel and full-frame sensor configurations to meet scientific-grade imaging requirements. These sensors demonstrate exceptional performance in quantum efficiency, dynamic range, and noise control, delivering high-quality images under various complex lighting conditions. Coverage ranges from megapixel to ultra-high-resolution levels, accommodating diverse inspection and scientific imaging needs.

Flexible High-Bandwidth Interface Configuration

Offering four mainstream industrial interfaces: USB 3.0, GigE, CameraLink, and CoaXPress, supporting stable output of high-resolution, high-speed images. USB 3.0 interface provides convenient plug-and-play experience, GigE supports long-distance transmission, CameraLink delivers ultra-high bandwidth, while CoaXPress achieves perfect balance between high-speed and long-distance capabilities. The multi-interface design ensures camera compatibility with various system architectures and application scenarios.

Hardware-Level Image Processing Engine

Built-in ISP hardware acceleration engine enables real-time noise reduction, color correction, bit depth switching, and other functions, ensuring image fidelity and smoothness. The integrated DDR3 buffer structure significantly enhances stability of image acquisition and transmission, effectively preventing data frame drops during high-speed acquisition. Supporting 8-bit/12-bit output and multi-level gain control, suitable for high dynamic range imaging and scientific analysis applications.

Full-Spectrum Imaging Solutions

Covering visible light, Near-Infrared (NIR), and Ultraviolet (UV) spectral ranges to meet industrial inspection and scientific multi-spectral requirements. Specialized sensor optimization and optical design ensure excellent imaging performance across all wavelengths. Supporting hardware trigger, software trigger, and free-running modes, providing ROI, flip, bit depth switching, bandwidth control, and other functions to deliver flexible imaging solutions for diverse applications.

Comprehensive System Integration Support

Operating temperature range from -10 °C to 50 °C, with low-power design ensuring stability during extended continuous operation. CE, FCC, RoHS certified, supporting online firmware upgrades. Bundled with ToupView software and complete SDK, supporting Windows, Linux, macOS multi-platform compatibility, with APIs covering C/C++, C#/VB.Net, DirectShow, Twain API, providing comprehensive development support for automation and scientific system integration.