MYUSB24M898A V2 High Resolution USB Camera Module China Factory Suppliers
The MY-USB-2-4M898A V2 is a high-performance USB camera module engineered for professional imaging and industrial integration. Featuring a sophisticated CMOS sensor with an optical format size of 1/3", this module delivers exceptional clarity and precision, capturing detailed images up to 30401520 pixels. It is specifically designed to meet the rigorous demands of the electronic specialized equipment manufacturing sector, ensuring stable and reliable visual data acquisition.
Equipped with a wide 90° field of view (FOV) and a specialized 1G4P+1IR lens construction, this module excels in various lighting environments, supported by an integrated 650NM IR filter for optimized spectral response. With universal UVC driver compatibility across Windows and Linux platforms, the MY-USB-2-4M898A V2 offers a seamless plug-and-play experience, making it an ideal choice for AI vision, industrial inspection, and high-end webcam applications.
Detailed Parameters
| Sensor Type | CMOS (1/3" Optical Format) | Max Resolution | 3040 1520 Pixels |
|---|---|---|---|
| Pixel Size | 2.0μm 2.0μm | FOV (Diagonal) | 90±3° |
| Aperture / Lens | F/NO: 2.5 (1G4P+1IR) | IR Filter | 650NM |
| Frame Rate | 30fps @ 30401520 | Interface | USB 2.0 (VID: 1BCF, PID: 0B10) |
| Voltage/Current | 5V (Max 250mA working) | Operating Temp | 0℃ to +50℃ |
Key Advantages
Industrial Stability
Built for durability with a wide storage temperature range from -20℃ to +70℃, ensuring performance in harsh environments.
High-Speed Capture
Delivers smooth 30fps at high resolutions, providing real-time fluid motion for critical monitoring tasks.
Superior Optics
The 1G4P+1IR lens construction minimizes distortion and enhances image sharpness across the 90° FOV.
Dynamic Range
Featuring a 64.6dB dynamic range and 38.3dB SNR for balanced exposure in varied lighting conditions.
Auto-Control Sync
Integrated automatic control for Saturation, Contrast, White Balance, and Exposure for optimal image quality.
Universal UVC
Full compatibility with Windows (XP to 10) and Linux, requiring no complex external drivers for setup.
Product Gallery
Management Platforms
Windows Integration
Seamless support for Windows XP, Vista, 7, 8, and 10 with native UVC driver compatibility.
Linux OS Support
Optimized for Linux environments, providing stable data streams for embedded systems.
UVC Protocol
Standardized USB Video Class (UVC) protocol ensures rapid deployment without custom SDKs.
Image Processing
On-board support for MJPG and YUV formats to balance bandwidth and image quality.
Power Management
Low power consumption design (MAX 250mA) suitable for battery-powered portable devices.
Hardware Interface
Standard USB 2.0 connectivity for wide-ranging hardware compatibility and easy replacement.
Investment Return Comparison
| Performance Metric | Standard Modules | MY-USB-2-4M898A V2 |
|---|---|---|
| Resolution Quality | 720P / 1080P | Up to 30401520 (High Def) |
| FOV Coverage | 60° - 75° | 90° Wide Angle |
| System Setup | Custom Driver Required | Plug-and-Play UVC |
| Environmental Tolerance | Limited | Industrial -20℃ to +70℃ |
| Optical Precision | Standard Plastic Lens | 1G4P+1IR Professional Glass |
Frequently Asked Questions
The module supports a maximum resolution of 30401520 pixels at a smooth frame rate of 30fps, ensuring high-definition clarity for industrial applications.
No, it is a UVC-compliant device, meaning it works as a plug-and-play module on Windows (XP/7/8/10) and Linux without needing additional drivers.
The 650NM IR filter is designed to block infrared light, preventing color distortion and ensuring natural color reproduction in visible light environments.
Yes, it is designed for durability with a working temperature range of 0℃ to +50℃ and a storage temperature capability from -20℃ to +70℃.
The camera module supports both MJPG and YUV data formats, allowing users to choose between compressed high-speed streaming or raw image quality.
This specific model features a FixFocus design, which provides consistent image sharpness at the designated focal distance, ideal for stable industrial monitoring.
