WUCAM Series
Product Introduction
The WUCAM series cameras offer a complete USB + Wi-Fi dual-interface microscopy imaging solution, capable of connecting to smart devices and computers through wireless networks, or directly connecting to computers via USB interface for video and image acquisition in stereoscopic or biological microscopes.
This series includes three models: WUCAM8MPA features the Sony IMX678 Starvis 2 sensor, providing 4K ultra-high-definition resolution; WUCAM1080PB also utilizes the IMX678 sensor but optimized for 60 fps high frame rate output; WUCAM1080PA employs the Sony IMX307 sensor, offering an economical 1080P solution. All models support Wi-Fi AP/STA dual modes, equipped with 802.11ac/n chips and high-gain antennas for stable wireless transmission.
The entire series provides rich ISP processing functions, including professional adjustments for tone, saturation, ROI white balance, and more. Through ToupView/ToupLite professional software, users can fully utilize advanced processing functions such as layers, measurement, image stitching, image stacking for noise reduction, and multi-focal plane image fusion. It also supports iOS/Android mobile applications, enabling flexible multi-platform applications.
Product Features
- Sony Starvis/Starvis 2 back-illuminated CMOS sensors for lower noise and better light sensitivity
- USB Type-C/USB2.0 + Wi-Fi dual-interface output for flexible connectivity options
- Support from 1080P to 4K ultra-high-definition with 30 fps to 60 fps various specifications
- Wi-Fi supports AP/STA dual modes for multi-device networking applications
- Rich ISP processing functions including tone, saturation, and ROI white balance
- Ultra-Fine color engine with 3D noise reduction and local dynamic range adjustment
- ToupView/ToupLite software for convenient PC operation
- iOS/Android mobile applications available for free download from app stores
WUCAM Series
USB + Wi-Fi dual-interface CMOS camera series, supporting from 1080P to 4K ultra-high-definition imaging, ideal for microscopy imaging, interactive teaching, and multi-device collaborative observation.
| Model | Sensor/Size | Effective Pixels | Output Resolution | Frame Rate (fps) | Output Interface | Auto Focus | Lens Mount | Storage Support | Featured Functions |
|---|---|---|---|---|---|---|---|---|---|
| WUCAM8MPA |
Sony IMX678(C) Starvis 2
1/1.8" (7.68×4.32 mm)
|
2.0 µm × 2.0 µm | 8MP (3840×2160) |
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 |
USB-C Wi-Fi 802.11ac | C-mount | No local storage | 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 | |
| WUCAM1080PB |
Sony IMX678(C) Starvis 2
1/1.8" (7.68×4.32 mm)
|
2.0 µm × 2.0 µm | 2MP (1920×1080) |
USB-C: 60 fps@1920×1080; Wi-Fi: 60 fps@1920×1080 60 fps@1280×720 |
USB-C Wi-Fi 802.11ac | C-mount | No local storage | High frame rate 60 fps 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 | |
| WUCAM1080PA |
Sony IMX307(C) Starvis
1/2.8" (5.57×3.13 mm)
|
2.9 µm × 2.9 µm | 2MP (1920×1080) | USB: 50 fps@1920×1080; Wi-Fi: 50 fps@1920×1080 | USB2.0 Wi-Fi 802.11b/g/n | C-mount | No local storage | Dual output mode Wi-Fi AP mode High frame rate 50 fps output ROI white balance 3D noise reduction Multi-client connection H264 video encoding Economical solution |
WUCAM8MPA / WUCAM1080PB Wi-Fi Camera | Packing List #
Standard Items in the Box
- A Camera box: 17.4 cm × 17.4 cm × 7.6 cm (1 pc, approx. 0.54 kg per box)
- B WUCAM8MPA / WUCAM1080PB camera ×1
- C Power adapter: input AC 100–240 V 50/60 Hz; output DC 5 V 1 A (POWER-U-5V1A / POWER-E-5V1A, UL/CE/FCC)
- D USB Type-C cable (1.5 m)
Optional Accessories
- E Adjustable eyepiece adapters 108001/AMA037, 108002/AMA050, 108003/AMA075
- F Fixed eyepiece adapters 108005/FMA037, 108006/FMA050, 108007/FMA075
- G 30 mm eyepiece conversion ring 108015
- H 30.5 mm eyepiece conversion ring 108016
- I Micrometer 106011/TS-M1, 106012/TS-M2, 106013/TS-M7
WUCAM1080PA Wi-Fi Camera | Packing List #
Standard Items in the Box
- A Camera box: 17.4 cm × 17.4 cm × 7.6 cm (1 pc, approx. 0.54 kg per box)
- B WUCAM1080PA camera ×1
- C Power adapter: input AC 100–240 V 50/60 Hz; output DC 5 V 1 A (POWER-U-5V1A / POWER-E-5V1A, UL/CE/FCC)
- D Micro USB cable (1.5 m)
Optional Accessories
- E Adjustable eyepiece adapters 108001/AMA037, 108002/AMA050, 108003/AMA075
- F Fixed eyepiece adapters 108005/FMA037, 108006/FMA050, 108007/FMA075
- G 30 mm eyepiece conversion ring 108015
- H 30.5 mm eyepiece conversion ring 108016
- I Micrometer 106011/TS-M1, 106012/TS-M2, 106013/TS-M7
WUCAM8MPA / WUCAM1080PB Wi-Fi Camera | Dimensions #
Chassis dimensions and interface layout
Refer to manual Figure 4-8 (USB Type-C power version)
Confirm the mount holes and interface orientation with the dimension drawing before installation.
WUCAM1080PA Wi-Fi Camera | Dimensions #
Chassis dimensions and interface layout
Refer to manual Figure 4-7 (Micro USB power version)
Confirm the mount holes and interface orientation with the dimension drawing before installation.
In-Depth Overview
The Tupu Optoelectronics WUCAM series is a comprehensive USB + Wi-Fi dual-interface microscope imaging solution engineered for high-quality video and image capture on stereo and biological microscopes. Flexible connectivity and multiple model options address the full spectrum of needs from classroom demonstrations to professional research.
The series includes three models: WUCAM8MPA features the Sony IMX678 Starvis 2 sensor and delivers 4K Ultra HD resolution (3840×2160); WUCAM1080PB uses the same sensor tuned for 60 fps 1080p output; WUCAM1080PA integrates a Sony IMX307 sensor for an affordable 50 fps 1080p solution.
Every model supports Wi-Fi AP and STA modes. Using 802.11ac/n Wi-Fi with a high-gain antenna, the cameras maintain stable wireless transmission. Paired with ToupView/ToupLite software, users access advanced tools such as the Ultra-Fine color engine, 3D noise reduction, ROI white balance, image stitching, and multifocal fusion.
Technical Highlights
- Advanced sensor technology: Sony IMX678 Starvis 2 and IMX307 back-illuminated CMOS sensors deliver exceptional low-light performance with minimal noise—green-channel sensitivity reaches 1364 mV and dark current is just 0.15 mV.
- Flexible resolution options: Choose from 1080p to 4K Ultra HD with frame rates from 30 fps to 60 fps. The USB Type-C interface supports 30 fps @ 3840×2160, 30 fps @ 2688×1512, 60 fps @ 1920×1080, and more.
- Dual-interface, dual-mode design: USB Type-C/USB 2.0 plus Wi-Fi 802.11ac/n output. Wi-Fi supports AP hotspot and STA networking for collaborative observation across multiple devices.
- Professional ISP image processing: The built-in Ultra-Fine color engine offers exposure control (0.04 ms–1000 ms), gain adjustment, ROI white balance, 3D noise reduction, localized dynamic range tuning, and 50 Hz/60 Hz anti-flicker.
- Full-platform software support: Compatible with Windows XP/7/8/10/11, macOS 10.10+, Linux 2.6.27+, and provides iOS 11+ and Android 5.1+ mobile apps for seamless cross-platform operation.
Core Advantages
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1
Complete product line coverage From 4K Ultra HD to high-frame-rate 1080p, the three models address budgets and requirements spanning premium research to cost-effective teaching.
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2
Sony Starvis 2 sensor benefits Next-generation back-illuminated CMOS technology with 2.0 µm pixels delivers outstanding sensitivity and image quality.
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3
Intelligent networking and collaboration Dual AP/STA Wi-Fi modes form interactive teaching systems that connect instructors and students seamlessly.
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4
Professional software ecosystem ToupView/ToupLite provide layer management, precise measurement, image stitching, denoising overlays, and multifocal fusion.
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5
Extensive application scenarios Ideal for biomedical research, materials science, quality control, interactive teaching, remote diagnostics, and more.