XCAM4K Series
Product Introduction
The XCAM4K series HDMI cameras are ToupTek's new generation HDMI cameras with frame rates reaching 60 fps at 4K resolution, currently among the highest frame rate HDMI cameras in China.
XCAM4K8MPA HDMI camera uses Sony IMX334LQR-C CMOS image sensor, which adopts Exmor technology with a chip size of 1/1.2" and individual pixel size of 2.0 µm x 2.0 µm. IMX334 features high sensitivity, low dark current, and small color dispersion (using R, G, and B primary color filters).
XCAM4K8MPB series HDMI camera uses Sony IMX485LQR-C CMOS image sensor, which adopts Exmor technology with a chip size of 1/1.8" and individual pixel size of 2.9 µm x 2.9 µm. IMX485 features extremely high sensitivity (G light sensitivity reaches 2188mv within 1/30s), low dark current, and small color dispersion (using R, G, and B primary color filters).
XCAM4K16MPA series HDMI camera uses Sony IMX183LQR-C CMOS image sensor, which adopts Exmor technology with a chip size of 1/1.06" and individual pixel size of 2.4 µm x 2.4 µm. IMX183 features high sensitivity, low dark current, and small color dispersion (using R, G, and B primary color filters).
XCAM4K series HDMI cameras adopt standard C-type mounting interface for maximum compatibility with various microscope systems. When used with HDMI monitors or TVs, they can record videos. If connected to NETWORK/USB, they can also transmit video in real-time to computers for image capture and video recording.
Hardware 3D noise reduction, sharpness and local tone mapping algorithms significantly improve the image and video quality of XCAM4K series cameras.
The included Windows software provides image processing and measurement functions, as well as advanced composite functions such as image stitching and depth of field extension. The software has magnification calibration function at multiple magnifications for accurate size measurement at different magnifications. For Mac and Linux systems, simplified software can be used for capturing videos, static images, and simple image processing.
Product Features
- Sony Exmor/Starvis back-illuminated CMOS sensor
- 4K HDMI/NETWORK/USB multi-interface output C-mount CMOS camera
- 4K/1080P HDMI output adaptive switching
- SD card/USB flash drive saves captured images or videos, supports local preview and playback
- Built-in XCamView software for camera control
- Powerful ISP functions with significant sharpening and 3D noise reduction effects, more accurate ROI white balance
- ToupView/ToupLite software for more convenient PC operation
- iOS/Android mobile applications, free download from app stores
XCAM4K Series
4K Multi-Interface C-Mount CMOS Camera, supports HDMI2.0, USB3.0, Ethernet, Wi-Fi and other interfaces, 4K high resolution, rich image processing functions, suitable for scientific research and digital laboratories.
| Model | Sensor/Size | Effective Pixels | Output Resolution | Frame Rate (fps) | Output Interface | Auto Focus | Lens Mount | Storage Support | Featured Functions |
|---|---|---|---|---|---|---|---|---|---|
| XCAM4K8MPA |
Sony IMX334(C)
1/1.8" (7.68×4.32 mm)
|
2.0 µm × 2.0 µm | 8MP (3840×2160) | HDMI: 60 fps@4K/1080P; NETWORK: 30 fps@4K/1080P; USB: 30 fps@3840×2160 | HDMI2.0 USB3.0 Ethernet Wi-Fi | C mount | SD card / USB drive | 4K video recording Image measurement Crosshair display Picture-in-picture function Image comparison 3D noise reduction Sharpening processing ROI white balance Multi-language menu | |
| XCAM4K8MPB |
Sony IMX485(C)
1/1.2" (11.14×6.26 mm)
|
2.9 µm × 2.9 µm | 8MP (3840×2160) | HDMI: 60 fps@4K/1080P; NETWORK: 30 fps@4K/1080P; USB: 30 fps@3840×2160 | HDMI2.0 USB3.0 Ethernet Wi-Fi | C mount | SD card / USB drive | 4K video recording Image measurement Crosshair display Picture-in-picture function Image comparison 3D noise reduction Sharpening processing ROI white balance Multi-language menu | |
| XCAM4K16MPA |
Sony IMX183(C)
1/1.06" (13.06×7.34 mm)
|
2.4 µm × 2.4 µm | 16MP (5440×3060) | HDMI: 30 fps@4K/1080P; NETWORK: 30 fps@4K/1080P; USB: 15 fps@5440×3060 | HDMI2.0 USB3.0 Ethernet Wi-Fi | C mount | SD card / USB drive | 4K video recording 16MP high-resolution images Image measurement Crosshair display Picture-in-picture function Image comparison 3D noise reduction Sharpening processing ROI white balance Multi-language menu |
In-Depth Overview
The Tupu Optoelectronics XCAM4K series is a standalone 4K HDMI CMOS camera with multi-interface output for high-resolution imaging and video capture on stereo and biological microscopes. It also supports networked deployments for interactive teaching and remote collaboration, covering classroom demonstrations, research documentation, and industrial inspection.
Equipped with a Sony Starvis 2 back-illuminated high-sensitivity sensor, the camera supports adaptive 4K/1080p HDMI output and delivers 4K 60 fps video with ~40 ms latency, combining outstanding image quality with real-time responsiveness.
Technical Highlights
- Multi-interface output and collaboration: HDMI 4K60, USB 3.0, and Gigabit Ethernet operate simultaneously to support local display, PC capture, and remote collaboration.
- High-performance imaging with hardware processing: Sony Starvis 2 sensor with built-in hardware 3D noise reduction, sharpening, color restoration, and gamma adjustment.
- Smart interaction and efficient operation: Optional voice control module triggers capture, recording, and freeze operations via USB audio, with automatic upload support.
- Comprehensive file management and advanced tools: Built-in interface enables video/image comparison, live vs. captured comparison, depth-of-field fusion, and multi-image stitching.
- Cross-platform compatibility and extensibility: Fully compatible with ToupView and ToupLite on Windows, macOS, and Linux, with SDKs for integration.
Core Advantages
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Flexible multi-interface deployment Supports HDMI, USB, and LAN output for standalone use or integration with teaching and research systems.
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4K 60 fps low-latency imaging Average latency of about 40 ms suits live presentations and recording.
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Integrated smart features Voice control, automatic upload, and local management streamline daily workflows.
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Professional image optimization Hardware 3D noise reduction, sharpening, gamma control, and accurate color reproduction maintain image fidelity.
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Cross-platform support and scalability Supports major operating systems and SDK development for teaching, research, and industrial inspection.