WUCAM8MPA USB-C + Wi-Fi C-mount CMOS Camera
Product Introduction
WUCAM8MPA is a high-performance USB-C + Wi-Fi C-mount CMOS Camera featuring Sony IMX678(C) Starvis 2 sensor, with resolution up to 8MP (3840×2160), supporting USB-C, Wi-Fi 802.11ac multiple output methods.
Product Features
- 4K ultra-high-definition output
- Starvis 2 back-illuminated sensor
- Dual-interface output mode
- Wi-Fi AP/STA mode switching
- ROI white balance
- Ultra-Fine color engine
- 3D noise reduction
- Local dynamic range adjustment
- Anti-flicker function
- Multi-client simultaneous connection
Product Details
WUCAM8MPA Specifications
| Key Parameters | |
| Product Model | WUCAM8MPA |
| Product Series | USB-C + Wi-Fi C-mount CMOS Camera |
| Sensor Parameters | |
| Sensor Model | Sony IMX678(C) Starvis 2 |
| Sensor Size | 1/1.8" (7.68×4.32 mm) |
| Diagonal | 8.8 mm |
| Pixel Size | 2.0 µm × 2.0 µm |
| Resolution | 8MP (3840×2160) |
| Shutter Type | Rolling shutter |
| Color Type | Color |
| Performance Parameters | |
| Frame Rate | USB-C: 30 fps@3840×2160, 30 fps@2688×1512, 30 fps@1920×1080; Wi-Fi: 30 fps@3840×2160, 30 fps@1920×1080, 30 fps@1280×720 |
| Exposure Time | 0.04 ms ~ 1000 ms |
| Sensitivity (Gain) | 1364 mV with 1/30s |
| Dark Current | 0.15 mV with 1/30s |
| Output Interfaces | USB-C, Wi-Fi 802.11ac |
| Lens Mount | C-mount |
| Storage Support | No local storage |
| Software Support | ToupView, ToupLite, iOS App, Android App |
| Physical Parameters | |
| Power Supply | USB-C DC 5 V/2 A |
| Dimensions | 50 × 50 × 112 mm |
| Weight | 0.5 kg |
| Environmental Parameters | |
| Operating Temperature | -10 °C ~ +50 °C |
| Storage Temperature | -20 °C ~ +60 °C |
| Operating Humidity | 30~80%RH |
| Storage Humidity | 10~60%RH |
| Other Information | |
| OS Support | Windows XP/Vista/7/8/8.1/10/11 (32 & 64 bit), macOS 10.10+, Linux (kernel 2.6.27+), iOS 11+, Android 5.1+ |
| Certification | CE, FCC, RoHS, UL |
Product Overview
WUCAM8MPA represents the highest technical standard of the WUCAM series, specifically designed for professional applications requiring ultra-high resolution imaging.
Core Technical Advantages
- 4K Ultra HD Imaging: 3840×2160 resolution, revealing more details to meet professional research recording and analysis needs
- Sony IMX678 Starvis 2 Sensor: Latest generation backside-illuminated CMOS technology, 2.0 μm pixel size, excellent quantum efficiency and low noise performance
- Dual Interface Flexible Output: USB Type-C provides stable high-speed transmission, Wi-Fi 802.11ac supports wireless convenient connection
- Professional ISP Processing: Ultra-Fine color engine, 3D noise reduction, local dynamic range adjustment, ensuring image quality
Performance Comparison
4K
Maximum Resolution
60 fps
Maximum Frame Rate
802.11n
Wi-Fi Standard
2.0 µm × 2.0 µm
Pixel Size
Shared Technical Features
AP/STA Dual Mode
Supports hotspot and station modes, flexible networking, multi-device collaboration
Ultra-Fine Color Engine
Professional color reproduction, precise white balance, true sample color representation
3D Noise Reduction
Intelligent noise reduction algorithm, improved SNR, enhanced low-light imaging
ROI White Balance
Region-selective white balance, adapts to complex lighting environments
Selection Recommendations
WUCAM8MPA is suitable for professional users requiring the highest image quality and resolution, including research institutions, quality inspection departments, and high-end teaching facilities. Its 4K resolution can capture more details, particularly suitable for applications requiring image analysis, measurement, and long-term archival.
Application Scenarios
4K microscopy imaging
4K microscopy imaging
Biomedical research
Biomedical research
Materials science analysis
Materials science analysis
Interactive teaching systems
Interactive teaching systems
Remote observation and diagnosis
Remote observation and diagnosis
Multi-device collaborative observation
Multi-device collaborative observation
High-precision measurement
High-precision measurement
Application Case Display
Simple ciliated epithelium
Simple cuboidal epithelium section
Loose connective tissue slide
Fibrous connective tissue section
Model Selection Guide
WUCAM8MPA
Suitable Scenarios:
- • Requires 4K ultra HD recording
- • Research-grade image analysis
- • Precision measurement applications
- • Professional image archival
WUCAM1080PB
Suitable Scenarios:
- • High-speed dynamic processes
- • Live cell imaging
- • Microfluidics observation
- • Requires 60 fps smoothness
WUCAM1080PA
Suitable Scenarios:
- • Teaching demonstration systems
- • Routine quality inspection
- • Budget-sensitive projects
- • Entry-level research
WUCAM8MPA Product Manual
PDF format, includes detailed technical specifications, dimension drawings, installation guide and application instructions
Software Download
ToupView / ToupLite professional imaging software, supports Windows/macOS/Linux
SDK Development Kit
Windows/Linux/macOS SDK, supports secondary development integration
In-depth Introduction
Smarter Vision's WUCAM Series cameras are comprehensive USB+Wi-Fi dual-interface microscopy imaging solutions, specifically designed for high-quality video and image capture with stereo and biological microscopes. This series meets diverse requirements from educational demonstrations to professional research through flexible connectivity options and varied product specifications.
The WUCAM series comprises three models: WUCAM8MPA employs the Sony IMX678 Starvis 2 sensor, delivering 4K ultra-high-definition resolution (3840×2160); WUCAM1080PB uses the same sensor but optimized for 60 fps high frame rate 1080P output; WUCAM1080PA features the Sony IMX307 sensor, providing an economical 50 fps 1080P solution.
All series cameras support Wi-Fi AP/STA dual modes, utilizing 802.11ac/n Wi-Fi technology with high-gain antennas to ensure stable wireless transmission. Through ToupView/ToupLite professional software, users can fully leverage advanced features including Ultra-Fine color engine, 3D noise reduction, ROI white balance, image stitching, and multi-focal plane fusion.
Technical Features
- Advanced Sensor Technology: Equipped with Sony IMX678 Starvis 2 and IMX307 back-illuminated CMOS sensors, providing exceptional low-light performance and reduced noise levels, with G-light sensitivity of 1364 mV and dark current of only 0.15 mV
- Flexible Resolution Options: From 1080P to 4K ultra-high-definition with selectable 30 fps to 60 fps frame rates, USB Type-C interface supports multiple output modes including 30 fps@3840×2160, 30 fps@2688×1512, and 60 fps@1920×1080
- Dual-Interface Dual-Mode Design: USB Type-C/USB 2.0 and Wi-Fi 802.11ac/n dual-interface output, Wi-Fi supports AP hotspot mode and STA networking mode, enabling multi-device networked collaborative observation
- Professional ISP Image Processing: Built-in Ultra-Fine color engine supporting exposure time (0.04 ms-1000 ms), gain adjustment, ROI white balance, 3D noise reduction, local dynamic range adjustment, and 50 Hz/60 Hz anti-flicker functions
- Full Platform Software Support: Compatible with Windows XP/7/8/10/11, macOS 10.10+, Linux 2.6.27+, providing iOS 11+ and Android 5.1+ mobile applications for seamless cross-platform operation
Core Advantages
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1
Complete Product Line Coverage From 4K ultra-high-definition to high frame rate 1080P, from high-end research to economical education, three models meet different budget and application requirements
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2
Sony Starvis 2 Sensor Advantages Latest generation back-illuminated CMOS technology with 2.0 µm pixel size, delivering superior light sensitivity and image quality
-
3
Intelligent Networking and Multi-Device Collaboration AP/STA dual-mode support enables construction of interactive microscopy teaching systems, achieving seamless connection between teacher instruction and student learning
-
4
Professional Software Ecosystem ToupView/ToupLite provides professional functions including layer management, precise measurement, image stitching, overlay denoising, and multi-focal plane fusion
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5
Extensive Application Scenarios Suitable for biomedical research, materials science analysis, quality control inspection, interactive teaching systems, remote diagnostics, and multiple other fields