OCAM4K8MPA HDMI camera
Product Introduction
OCAM4K8MPA is a high-performance HDMI camera featuring Sony IMX678(C) sensor, with resolution up to 8MP, supporting HDMI1.4 , USB2.0 multiple output methods.
Product Features
- 4K HDMI output
Product Details
OCAM4K8MPA Specifications
Key Parameters | |
Product Model | OCAM4K8MPA |
Product Series | HDMI camera |
Sensor Parameters | |
Sensor Model | Sony IMX678(C) |
Sensor Size | 1/1.8" (7.68×4.32 mm) |
Diagonal | 1/1.8" |
Pixel Size | 2.0 μm × 2.0 μm |
Resolution | 8MP |
Shutter Type | Rolling shutter |
Color Type | Color |
Performance Parameters | |
Frame Rate | HDMI: 30 fps@3840×2160 |
Output Interfaces | HDMI1.4 , USB2.0 |
Lens Mount | C-mount |
Storage Support | USB drive |
Software Support | XCamView |
Physical Parameters | |
Power Supply | DC 12 V/1A |
Dimensions | Unknown |
Weight | Unknown |
Environmental Parameters | |
Operating Temperature | -10 °C ~ 50 °C |
Other Information | |
OS Support | Windows, Linux, macOS |
Certification | CE, FCC |
Product Overview
OCAM4K8MPA is a All-in-one HDMI multi-interface camera designed specifically for high-definition real-time imaging, featuring the following core characteristics:
- Plug and Play Design: Direct HDMI HD video output without PC, ready for microscopic observation and recording with just a display
- USB Voice Control Module: Supports real-time camera control via voice commands for photo capture, video recording, freeze, and other operations, freeing your hands
- Barcode Scanner Capture: Supports barcode scanner-triggered capture function, suitable for batch sample recording and traceability management
- Intelligent Measurement Functions: Built-in XCamView software with auto edge detection, auto parallel line distance measurement, auto rectangle measurement and other intelligent measurement features
- Local Storage & Comparison: Supports USB storage, local preview and playback, image comparison, video comparison functions for convenient sample analysis
- Powerful ISP Processing: Provides dark field enhancement, sharpening, and 3D noise reduction functions to significantly improve image quality
- Scene Quick Switching: Supports quick switching between biological microscope and stereo microscope default effects to meet multi-scene usage requirements
Core Performance Indicators
4K
Video Resolution
60 fps
Maximum Frame Rate
Multi-Interface
HDMI/USB Output
8MP
Sensor Resolution
Advanced Features
Voice Control
Voice control via USB voice module for enhanced operation convenience
Barcode Capture
Supports barcode scanner-triggered photography, suitable for batch sample management
Intelligent Measurement
Auto edge detection and measurement functions improve measurement efficiency and accuracy
ISP Optimization
Powerful image processing capabilities to optimize imaging quality
Why Choose This Product
OCAM4K8MPA with its plug-and-play design philosophy, diverse control methods, and powerful image processing capabilities, is particularly suitable for microscopic observation scenarios requiring high-definition real-time display. The addition of voice control and barcode capture functions greatly improves operational efficiency, making it an ideal choice for teaching demonstrations, industrial inspection, scientific research recording, and other fields.
Application Scenarios
Microscope imaging
Microscope imaging
Selection Recommendations
- 4K HD Requirements: Choose OCAM4K8MPA or OCAM4K8MPB, supporting 3840×2160 resolution
- High Frame Rate Requirements: Choose OCAM1080P series, supporting 60 fps high-speed imaging
- Large Target Surface Requirements: Choose IMX678 sensor model with 1/1.8" large target surface
- Economic Choice: Choose IMX415 or IMX462 sensor models for high cost-performance ratio
OCAM4K8MPA Product Manual
PDF format, including detailed technical parameters, dimension drawings, and application guide
Software Downloads
XCamView / ToupView / ToupLite professional imaging software
3D Model Files
STEP format for system integration design
OCAM Series Multi-Interface HDMI Microscope Cameras — Product Introduction
Smarter Vision's OCAM Series HDMI Cameras are standalone multi-interface microscope cameras that operate without a computer, specifically designed for image and video capture with stereo and biological microscopes.
This series features Sony Starvis back-illuminated CMOS high-sensitivity sensors, combined with embedded XCamView intelligent control software, supporting image measurement, grid line management, template configuration, and automatic measurement, meeting diverse needs in education, research, and industrial inspection.
In-depth Introduction
-
High-Performance Imaging with Multi-Interface Support:
Built-in Sony Starvis back-illuminated CMOS sensor with HDMI output, maintaining low-noise imaging performance at high resolutions. -
Convenient Interactive Features:
Supports USB voice control module for voice-activated photo capture, video recording, and frame freezing; supports barcode scanner triggering to enhance workflow efficiency. -
Intelligent Image Processing:
Integrated XCamView software supports automatic edge detection, parallel line and rectangle auto-measurement, shadow enhancement, sharpening, 3D noise reduction and various other image optimization and analysis functions. -
Convenient Data Management:
Supports USB drive storage, local preview and playback, with comparison capabilities between images and between images and videos. -
Multi-Scenario Compatibility:
Supports quick switching between default imaging profiles for biological and stereo microscopes, adapting to different observation and teaching environments.
Product Advantages
Plug and Play, No Computer Required
Direct use through HDMI output, simplifying microscope imaging setup workflow.
Smart Interaction and Automated Measurement
Supports voice control, barcode-triggered capture, and multiple automatic measurement functions to enhance efficiency.
High Sensitivity and Low-Noise Imaging
Sony Starvis sensor ensures excellent imaging performance in low-light environments.
Flexible Storage and Playback
Supports USB drive saving, preview, and comparison functions for convenient teaching and analysis.