USB Camera Module

When sourcing a usb camera module, you should analyze four critical pillars: Resolution & Frame Rate (e.g., standard 1080p vs high-fps USB3.0), Field of View (FOV) & Lens Type (matching your shooting distance and angle), Mechanical Dimensions (PCB layout limits for smallest usb camera integration), and Environmental Requirements (such as HDR for high-contrast outdoor lighting or wide-temperature ratings for industrial use).

Of course, the USB camera can be used in most fields, customer always use USB camera module in drone (UVA), webcam, endoscopes, medical cameras, DMS or ADAS system, Industrial defect detection and so on.

As one of the professional usb camera module manufacturers & suppliers, CK Vision can customize USB camera for customer, any kind of size, any kind of FOV-FOV 40 deg, Viewing angle 50 degrees, Viewing angle 60 degrees, Viewing angle 80 degrees or larger even Viewing angle 220 degrees.

If customer need add functions to the USB camera, like Barcode or QR code scanner, face recognition, OIS/EIS, all kinds of AI algorithms, we can support, and we also provide ISP performance tuning service to provide better performance for the USB cameras.

The primary difference lies in bandwidth and latency. Our USB 2.0 camera modules are highly cost-effective and perfectly adequate for standard resolutions (up to 5MP/1080p) at 30fps using compressed MJPEG format. However, for real-time edge computing, machine vision, or high-accuracy tracking, our usb 3.0 camera modules provide a 5Gbps pipeline. This allows the transmission of uncompressed YUYV raw video data or ultra-high frame rates (up to 120fps/240fps) with near-zero transmission latency.

For standard, off-the-shelf webcam module usb samples, we have no strict MOQ. For custom OEM projects involving custom PCB shapes, custom FPC routing, or specialized lens matching, our prototyping MOQ typically starts at 50–100 units to cover initial tooling and ISP calibration. Once mass production is approved, our ISO-certified facility supports a manufacturing capacity of up to 100k units/month, with typical lead times ranging from 2 to 4 weeks depending on component sourcing.