High Definition USB & HDMI Multimedia Interfaces Microscope Camera for Stereo Video Microscope
16MP CMOS microscope camera with dual HDMI/USB outputs, automated exposure controls, and integrated measurement tools for stereo video microscopy applications.
Louise Corscadden, PhD
Director of Science · ConductScience
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Key Specifications
Full details →- Model fit
- Configured during quote
- SKU family
- MCX-0057
- Sizing
- 4.7 x 6.8 x 6.8 cm
- Ordering
- Online checkout and quote request available
- Category
- Microscopy
- Build notes
- Confirm accessories, station layout, and support needs before purchase
The High Definition USB & HDMI Multimedia Interfaces Microscope Camera integrates a 1/2.33" Panasonic 16MP CMOS sensor with dual-output capabilities for stereo video microscopy applications. This camera system provides simultaneous HDMI output at 1920×1080 60fps and USB output with multiple resolution options, enabling real-time observation and digital image capture in laboratory environments.
The camera features C/CS mount compatibility, automated and manual exposure controls, adjustable white balance, and 64GB onboard memory storage. Eight types of measurement lines with adjustable color and thickness, along with center line functionality, support quantitative analysis workflows. Remote operation capability and multilingual interface (English/Chinese) accommodate diverse laboratory setups and user preferences.
How It Works
The microscope camera utilizes a 1/2.33" Panasonic 16MP CMOS sensor with 1.335μm × 1.335μm pixel resolution to capture high-definition images from stereo microscopes. The sensor converts optical signals into digital data through photoelectric conversion, where incident photons generate electrical charges proportional to light intensity.
The camera system processes the digital signal through automated exposure algorithms that adjust integration time based on scene brightness, while white balance correction ensures accurate color reproduction across varying illumination conditions. The dual-output architecture simultaneously generates HDMI video streams at 1920×1080 60fps for real-time display and USB data streams in multiple formats (MJPG compression) for computer-based analysis and storage.
Integrated measurement software overlays calibrated reference lines and center markers directly onto the video stream, enabling real-time dimensional analysis. The C/CS mount interface ensures optical compatibility with standard microscope systems, while the 64GB onboard memory provides local storage capacity for image sequences and measurement data.
Features & Benefits
Automation Level
- semi-automated
Product Type
- Microscope Camera
Application
- General Laboratory
Connection Interface
- HDMI
- USB
Skill Level
- Entry Level
Brand
- ConductScience
Research Domain
- Analytical Chemistry
- Cancer Research
- Cell Biology
- Developmental Biology
- Histopathology
- Materials Science
- Microbiology
Weight
- 1.9 kg
Dimensions
- L: 4.7 mm
- W: 6.8 mm
- H: 6.8 mm
| Feature | This Product | Typical Alternative | Advantage |
|---|---|---|---|
| Sensor Resolution | 16MP Panasonic CMOS sensor | Entry-level models often provide 5-8MP sensors | Higher pixel count enables more detailed microscopic imaging and improved digital zoom capabilities without resolution loss |
| Output Interfaces | Dual HDMI and USB outputs with independent control | Basic cameras typically offer single USB output only | Simultaneous real-time display and computer data acquisition eliminates the need to switch between observation and recording modes |
| Frame Rate Performance | 60fps HDMI output at full HD resolution | Standard models often limited to 30fps maximum | Higher frame rates reduce motion blur during live cell imaging and improve observation of dynamic biological processes |
| Onboard Storage | 64GB integrated memory | Most cameras require continuous computer connection | Local storage enables standalone operation and reduces computer resource requirements during extended imaging sessions |
| Measurement Tools | Eight measurement line types with adjustable parameters | Basic cameras often lack integrated measurement capabilities | Built-in measurement overlay eliminates need for separate analysis software for routine dimensional measurements |
| Mount Compatibility | C/CS mount interface | Varies by model and manufacturer | Standard mount ensures compatibility with existing microscope optical systems across different manufacturers |
This microscope camera offers dual-output capability with 16MP sensor resolution and 64GB onboard storage, providing both real-time observation at 60fps and flexible data acquisition options. The integrated measurement tools and C/CS mount compatibility support diverse laboratory microscopy applications requiring quantitative analysis capabilities.
Practical Tips
Use a certified microscale or stage micrometer to calibrate measurement lines at each magnification setting used in your experiments.
Why: Accurate dimensional measurements require proper scaling calibration that accounts for total system magnification.
Clean the sensor window and optical surfaces monthly using appropriate lens cleaning solutions and lint-free wipes.
Why: Dust and contamination on optical surfaces degrades image quality and can create artifacts in quantitative measurements.
Set white balance manually when working with specific stains or fluorophores to ensure consistent color reproduction across imaging sessions.
Why: Automated white balance may vary between samples, creating inconsistencies in colorimetric analysis and documentation.
If USB streaming is unstable, reduce resolution or frame rate settings and ensure adequate USB bandwidth by using dedicated USB ports.
Why: USB bandwidth limitations can cause dropped frames or connection instability, particularly at higher resolutions.
Use manual exposure control for quantitative applications to maintain consistent illumination conditions across sample sets.
Why: Automated exposure can introduce variability in intensity measurements when comparing different samples or time points.
Ensure proper grounding and use the specified voltage range (DC 5V-12V) to prevent electrical damage to the camera system.
Why: Incorrect power supply voltage can damage sensitive CMOS sensor components and void warranty coverage.
Configure measurement line colors and thickness to contrast with typical sample characteristics for optimal visibility during analysis.
Why: Proper measurement line visibility is essential for accurate dimensional analysis and reduces operator measurement errors.
Regularly backup important images from onboard memory to external storage systems to prevent data loss.
Why: Onboard memory has finite capacity and critical experimental data should be preserved in multiple locations.
Setup Guide
What’s in the Box
- High Definition USB & HDMI Microscope Camera
- DC power adapter (5V-12V) (typical)
- USB cable for data connection (typical)
- HDMI cable (typical)
- Remote control unit
- User manual and software CD (typical)
- C/CS mount adapter ring (typical)
Warranty
ConductScience provides a one-year manufacturer warranty covering defects in materials and workmanship, with technical support for installation and operation guidance.
Compliance
References
Background reading relevant to this product:
What is the effective pixel size resolution for quantitative measurements?
The 16MP CMOS sensor provides 1.335μm × 1.335μm pixel resolution, though actual measurement resolution depends on microscope magnification and optical system numerical aperture.
Can the camera simultaneously record to internal memory while streaming via USB?
The system features 64GB onboard memory and dual-output capability, though simultaneous recording and streaming specifications should be confirmed in the product datasheet.
What file formats are supported for image and video storage?
USB output supports MJPG compression format at multiple resolutions; consult product datasheet for complete file format specifications and internal memory formats.
How is measurement line calibration performed and maintained?
The system provides eight measurement line types with adjustable parameters, requiring calibration against known standards such as microscale gratings for accurate dimensional analysis.
What is the maximum frame rate for different output resolutions?
HDMI output operates at 60fps at 1920×1080 resolution, while USB output provides 30fps at full resolution with variable rates at lower resolutions depending on compression settings.
Is the camera compatible with fluorescence microscopy applications?
The CMOS sensor and exposure controls support fluorescence imaging, though specific quantum efficiency and spectral response characteristics should be verified for particular fluorophore requirements.
What software is required for computer-based operation?
The camera operates with standard USB video class drivers for basic functionality, though specialized measurement and analysis software may be included for full feature access.
How does the automated exposure system respond to varying sample illumination?
The system provides automated exposure control with manual override and one-button operation, adapting to illumination changes while maintaining user control for critical applications.
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