O5CAM4K Series
Product Introduction
Adopts Sony high sensitivity sensors, supports HDMI, USB2.0/3.0 and other multiple output methods, 4K high resolution, suitable for high-definition display and acquisition in microscopy.
Product Features
- Sony Starvis 2 back-illuminated CMOS sensor
- 4K/1080P HDMI output adaptive switching
- Supports 4K 60 fps low-latency HDMI output with average latency of 40 ms
- Supports USB flash drive to save captured videos or images with local preview and playback support
- Supports RAW format image capture and display
- Supports USB voice control module for real-time voice command control of camera shooting, recording, freezing and other operations
- Supports barcode scanner capture function
- Brand new browsing interface providing rich file operation functions, image-to-image comparison, image-to-real-time video comparison, multi-image focus stacking function, multi-image stitching function
- Powerful ISP functionality providing shadow enhancement, sharpening and 3D noise reduction functions
- Provides real-time video focus stacking function and real-time video WDR output function
- Provides real-time stitching function for higher quality images through real-time processing
- Provides biological and stereo microscope default ISP parameter switching for convenient secondary adjustment optimization
- Built-in XCamView software provides rich image processing and measurement functions, supports automatic edge detection and automatic measurement functions
O5CAM4K Series
4K HDMI multi-interface camera
| Model | Sensor/Size | Effective Pixels | Output Resolution | Frame Rate (fps) | Output Interface | Auto Focus | Lens Mount | Storage Support | Featured Functions |
|---|---|---|---|---|---|---|---|---|---|
| O5CAM4K8MPA |
Sony IMX678(C)
1/1.8" (7.68×4.32 mm)
|
2.0 μm × 2.0 μm | 8MP | HDMI: 60 fps@3840×2160 | HDMI2.0 USB3.0 | C-mount | USB drive | 4K60 low-latency HDMI output Real-time WDR/stitching |
O5CAM4K Series Multi-Interface Output Camera — Product Introduction
The TuPu Optoelectronics O5CAM4K Series Camera is a standalone 4K HDMI output microscopy camera that operates without a computer, specifically designed for video and image acquisition in stereo microscopes and biological microscopes. This series features Sony Starvis 2 back-illuminated CMOS high-sensitivity sensors, supports adaptive switching between 4K/1080P HDMI output, and achieves 4K 60 fps low-latency output (average latency 40 ms), making it ideal for high-resolution real-time observation.
The camera supports local video or image saving to USB flash drives with direct playback capability and supports RAW image capture, suitable for various applications including teaching, research, and industrial inspection.
In-Depth Introduction
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High-Performance Sensor Components:
Features Sony Starvis 2 back-illuminated CMOS providing low noise and high sensitivity, suitable for low-light and high dynamic range scenarios. -
Multi-Interface Flexible Output:
Supports adaptive switching between 4K/1080P HDMI output with 60 fps real-time transmission, ensuring smooth preview and presentation. -
Low Latency and High Image Quality:
Average output latency of only approximately 40 ms, ensuring real-time performance for teaching and dynamic observation. -
Local Storage and Playback:
Supports direct saving and playback via USB flash drives, supports RAW format capture for convenient post-analysis and archiving. -
Plug-and-Play Design:
No computer required, ready to use upon startup, simplifying microscopy imaging setup and operation procedures.
Product Advantages
No Computer Required, Rapid Deployment
Plug-and-play design suitable for rapid setup in teaching and research environments.
High Resolution and Smooth Output
Supports 4K 60 fps output with rich detail and no perceptible delay in real-time presentation.
Convenient Data Management
Supports USB local storage, RAW capture, and playback functions for easy result sharing and archiving.
Flexible Compatibility
Compatible with various microscope systems, suitable for laboratories, industrial inspection, and educational training.