Separated 0.9mm Miniature OmniVision OVM6948 CMOS Sensor USB2.0 Endoscope Camera Module

This is separated 0.9mm micro OmniVision OVM6948 CMOS sensor USB2.0 endoscope camera module. With an ultra-small lens diameter of only 0.9mm, this module can easily penetrate narrow cavities and precision structures, bringing unprecedented operational flexibility to scenarios such as minimally invasive surgery and precision inspection. Equipped with the OVM6948 1/36-inch image sensor and 0.65μm×0.65μm pixel units, it supports 200×200 resolution output. Combined with an F2.8 aperture, 88.8° horizontal field of view, and 120° diagonal field of view, it captures clear details within a 3~50mm focusing range. The 1000mV/lux-sec high-low light sensitivity ensures true color reproduction even in complex lighting environments. Featuring a separated design, the module supports USB interface and UVC protocol, compatible with mainstream device systems. A maximum frame rate of 30FPS guarantees smooth dynamic image output, while the 25mW low power consumption effectively reduces heat interference. Manufactured through SMT manufacturing and AA process, this module achieves a balance between performance and reliability while minimizing volume.

Product Advantage ◢

1. Ultra-Miniaturization: 0.9mm ultra-small lens diameter enables easy access to narrow spaces, enhancing operational flexibility in minimally invasive surgery and precision inspection.

2. Precise Imaging: 1/36-inch sensor with 0.65μm pixels and 200×200 resolution; F2.8 aperture, 88.8° horizontal/120° diagonal field of view, and 3~50mm focusing range for detail capture.

3. Strong Environmental Adaptability: 1000mV/lux-sec high sensitivity ensures true color reproduction in complex lighting, reducing light interference.

4. Easy Compatibility & Connection: Separated design supports USB interface and UVC protocol, compatible with mainstream systems to lower usage thresholds.

5. Smooth Dynamics: Maximum 30FPS frame rate guarantees smooth dynamic images, avoiding 卡顿 that affects observation judgment.

6. Low Power Consumption & Reliability: 25mW low power consumption reduces heat; SMT and AA manufacturing processes balance volume, performance, and long-term stability.

Application of Endoscope Camera Module

1. Minimally Invasive Surgery: 0.9mm lens penetrates narrow cavities like nasal and ear canals; large field of view assists doctors in precise lesion observation, with low power consumption reducing tissue burns risk.

2. Precision Electronics Inspection: Penetrates device gaps to inspect chip pins and connectors; 3~50mm focusing + high sensitivity clearly captures solder defects and circuit aging.

3. Cultural relic Restoration Survey: Ultra-small lens accesses relic holes/gaps; resolution and aperture combination records damage details, with separated design reducing contact damage.

4. Industrial Pipeline Inspection: Enters deep micro-pipelines; 30FPS frame rate dynamically captures inner wall corrosion and scaling, with USB and UVC protocol simplifying data transmission.

5. Veterinary Medical Diagnosis: Small lens reduces internal stimulation to animals; sensor-pixel combination clearly shows organ lesions, with strong adaptability ensuring stable imaging in complex lighting.

Technical Parameters ◢

FAQ ◢

1:.Are you factory or trade company?

A2: We are factory and have our own production line with 10 levels of dust-free workshops professional trained production workers.

2. What can be customized for endoscope camera modules?

A5: The endoscope camera module can be selected as integrated or separated, and the diameter size, and whether it comes with a steel sleeve and LED light can also be customized.

3. What are the possible causes of noise in the image? 

If the sensor is overheating, signal transmission interferes, or the ISO is too high in low light, check the heat dissipation design, cable shielding, or enable the noise reduction mode.

4. What can I do if the module fails to start? 

Check that the power adapter, interface, and fuse are loose. For wireless modules, check the battery level and pairing status.

5. How to evaluate the cost performance of the module? 

For comprehensive resolution, durability, and after-sales support (such as medical modules that require calibration services from manufacturers), industrial scenarios can give priority to MTBF indicators.