USB Camera Modules

Product Description

1. Different Solutions for Option!
* Interface: USB2.0, USB3.0
* Pixel: 0.3~*3.0 Megapixel
* Focus Type: Auto, Fixed, Manual
* View Angle: Wide Range of Lenses for Option
* Object Distance: TBD
* USB Cable Length: for Option
* Special Functions: Night Vision (IR Lights or LED lights), Digital Mic, Dual Camera Type, Wide Dinamic Range, Low Illumination, Back-light Compensation, High Frame Rate, etc.

2. Wide Range of Applications
* Face recognition devices
* Financial Equipment
* QR code/ Certificate scanning equipment
* Security smart equipment
* Visitor terminals
* Multi-media/ Teaching equipment
* Self-service equipment
* Express cabinets/ Smart devices
* Consumer electronics, etc.

3. What Can We Do for Customers?
* Software and hardware customization development
* Camera module solutions design
* Camera module production
* Drawing paper and material incoming production

4. Warm Reminder!
According to the practical application scene and functional goal, need overall consideration of some factors, like product structure, image resolution, frame rate, lens view angle, lighting scene, etc., to adopt the suitable DSP chip, sensor and lens. So camera modules are need to be customized generally. This product is just a demo for customers' test. Tell us your application or application description, the function you need and other special requirements. According to the cost object, we will help to select the DSP, sensor and lens solution, and then design the PCBA based on the product structure.

For Example, one customer wants to make a face recognition all-in-one machine, for a well-lit room using, we will suggest customer to use general lens and sensor; for badly-lighted or backlighting environment using, we will suggest customer to use the wide dynamic range sensor and distortionless lens; for high safety requirement, we will suggest customer to use wide dynamic range sensor and black white IR dual camera. When customer confirmed the sensor and lens, we furtherly adjust the color, white balance, saturability and other data according to the real environment, then finally achieve the target effect.