WCAM Series (Discontinued)
Product Introduction
The WCAM camera is a standard C-mount camera that employs high-performance CMOS image sensors as the image acquisition device, utilizing Wi-Fi as the data transmission interface for wireless connectivity (C-mount CMOS Wi-Fi camera).
The Wi-Fi signal generated by the WCAM series HDMI cameras can transmit high-resolution image signals from the camera source to devices with Wi-Fi receiving capabilities, including smartphones, tablets, and computers supporting iOS, Android, Windows, and OS X operating systems. The WCAM's Wi-Fi video stream supports simultaneous connection of up to 6 devices.
The WCAM series HDMI cameras include ToupView digital imaging software for video reception, processing, and measurement.
The WCAM series HDMI cameras are widely applicable for laboratory microscope interactive teaching systems and scenarios where multiple observers need to view through a single microscope.
Product Features
- C-mount CMOS camera featuring Aptina CMOS sensor
- Convenient video transmission to smartphones, computers, and tablets via H.264 encoding over Wi-Fi
- Supports Windows/iOS/OSX/Linux/Android platform devices
- Supports simultaneous multi-device reception
- Precision die-cast zinc-aluminum alloy housing with plastic shell
- Efficient heat dissipation structure ensures low-noise imaging
- Ultra-Fine color engine ensures accurate color reproduction
- Includes ToupView advanced video and image processing application software
- Provides Windows/Linux/macOS/Android multi-platform standard SDK
WCAM Series (Discontinued)
Wi-Fi wireless output with multi-device remote connectivity in a compact design, ideal for entry-level microscopy imaging and interactive teaching.
| Model | Sensor/Size | Effective Pixels | Output Resolution | Frame Rate (fps) | Output Interface | Auto Focus | Lens Mount | Storage Support | Featured Functions |
|---|---|---|---|---|---|---|---|---|---|
| WCAM0720PB |
Aptina MT9P001(C)
1/2.5" (5.63×3.17 mm)
|
2.2 µm × 2.2 µm | 720P (1280×720) | Wi-Fi: 10 fps@1280×720 | Wi-Fi 802.11n | C-mount | No local storage | Wi-Fi wireless transmission Multi-device connectivity ROI white balance Manual exposure control Remote observation | |
| WCAM0300KPA |
Aptina MT9V011(C)
1/4" (3.58×2.69 mm)
|
5.6 µm × 5.6 µm | 0.3MP (640×480) | Wi-Fi: 25 fps@640×480 | Wi-Fi 802.11n | C-mount | No local storage | Wi-Fi wireless transmission Multi-device connectivity ROI white balance Manual exposure control Economical solution |
In-Depth Overview
The ToupTek Photonics WCAM series is a wireless Wi-Fi camera with a standard C-mount and high-performance CMOS image sensor, purpose-built for image and video capture on stereo and biological microscopes.
Its integrated Wi-Fi module streams high-resolution imaging signals to smartphones, tablets, and computers running iOS, Android, Windows, macOS, and other OS platforms, enabling up to six devices to connect simultaneously for teaching, interactive demonstrations, and multi-user sharing.
Technical Highlights
- Wireless multi-endpoint connectivity: Streams camera feeds over Wi-Fi to phones, tablets, and computers with up to six concurrent viewers.
- High-performance imaging and encoding: Uses an Aptina CMOS sensor with H.264 streaming to deliver sharp visuals and smooth video.
- Cross-platform compatibility: Works seamlessly with Windows, iOS, macOS, Linux, and Android environments.
- Professional imaging software support: Bundled ToupView software handles video reception, processing, and measurement for research and education.
- Rugged, low-noise design: Zinc-aluminum precision die-cast housing plus high-efficiency thermal layout keep long sessions stable and quiet.
Core Advantages
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1
Wireless multi-device collaboration Simultaneous viewing across devices streamlines classroom demos, lab work, and group observations.
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2
Efficient video encoding and streaming H.264 streams provide crisp imagery with low latency for teaching and research scenarios.
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3
Cross-platform readiness Operates across diverse operating systems and hardware with strong compatibility.
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4
Rugged design with stable performance Zinc-aluminum construction and optimized thermal paths ensure long-term stability.
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5
Wide application coverage Supports Wi-Fi microscope cameras, C-mount HDMI cameras, shared microscope viewing, and interactive classroom microscopy.