| Quantity: | |
|---|---|
SF-G2013EJ23+SF-WiFiE3
SINCEREFIRST
| This BF2013 CMOS Sensor DVP Interface 23Pin Wireless Wifi Endoscope Camera Module, is a high-reliability imaging component built around the BF2013 sensor, featuring a fixed-focus optical design and tailored for embedded endoscope devices, portable detection instruments, and wireless WiFi endoscope solutions. Its core advantage lies in the adoption of the standard DVP parallel digital output interface and 23PIN gold finger connector—this combination significantly enhances data transmission stability and connection reliability, with the gold finger connector’s low contact resistance and long plug-and-play life ensuring stable electrical connection even in narrow spaces, while also enabling direct docking with main controls or WiFi adapter modules for flexible deployment. The optical system is professionally optimized for endoscopic scenarios: a 20–60mm standard endoscopic depth of field covers the most commonly used working distances for endoscopy, allowing clear close-range imaging without additional focusing adjustments to meet the needs of most detection scenarios, while the D88° large field of view expands single-frame coverage, reducing the number of probe movements and improving detection efficiency and completeness. The 4.8mm maximum image circle further ensures comprehensive imaging without blind spots in limited spaces. Structurally, the module adopts a 0.1mm steel sheet and PI double-layer reinforcement scheme, with dimensional tolerance strictly controlled at ±0.03mm, effectively guaranteeing mechanical strength and assembly accuracy, making it suitable for long-term stable operation in complex industrial and maintenance scenarios. In terms of control, parameter configuration is completed through the IIC bus (SDA/SCL), and LED lighting and power management are independently led out, further enhancing system expandability and adaptability to different application requirements. Notably, the module can seamlessly dock with the SF-WiFiE3 WiFi adapter board to build a wireless visual endoscope system, breaking the limitations of wired transmission and facilitating on-site and outdoor detection. Integrating high-stability digital output, reliable structure, endoscope-specific optics, and wireless expansion capabilities, this product becomes an ideal imaging solution for portable endoscopy, industrial detection, automobile maintenance, and precision electronic inspection. |  |
Integrated Imaging Architecture: Deeply integrates the BF2013 CMOS sensor with ISP (Image Signal Processor), reducing signal transmission links, minimizing image loss, and reducing module size. It is suitable for scenarios sensitive to device size, such as minimally invasive medical procedures and industrial inspection in narrow spaces.
Wireless Visual Output: Integrates wireless WiFi image transmission to eliminate the constraints of traditional wired connections, enhancing flexibility during endoscopic operations and convenience in on-site setup.
Flexible Image Control: Supports programming via a simple two-wire serial interface. Users can flexibly adjust parameters such as exposure, white balance, and color saturation, and it supports multiple data output formats to meet diverse image processing requirements.
Compact Design: With a lens diameter of only 3.5mm, it facilitates integration into minimally invasive endoscopic devices or other ultra-narrow pipeline vision systems.
Medical Electronic Bronchoscope: Integrated into electromagnetic navigation bronchoscopes for real-time positioning and inspection of peripheral pulmonary nodules. The high frame rate supports dynamic tracking during surgery.
Industrial Pipeline Endoscope: Used for inspecting cracks (detectable down to approximately 0.2mm) and corrosion in confined spaces such as aircraft fuel tanks and engine pipelines. Its wireless feature enables easy pairing with crawling robots.
Portable On-Site Inspector: Can quickly set up inspection systems in temporary settings such as disaster sites, used to assess internal damage to building structures or conduct search and rescue in narrow spaces.
Product Name | Endoscope Camera Module |
Features | Smallest Endoscope Camera Module |
Length | 0402 LED |
Sensor | BF2013 |
Focusing Range | 20-66mm |
Fov(D) | 88° |
Focal Length | 3.75mm |
Keyword | cmos camera module |
Circle | 4.8mm |
TV Distortion | 0402 White Led |
| Interface | Connect WiFi Board |
| WiFi Board Aperture | F2.8 |
The camera module itself outputs image data via a DVP interface and requires a dedicated WiFi transmission board to enable wireless streaming to display terminals.
Yes. The integrated LED illumination combined with a high-sensitivity CMOS sensor ensures reliable imaging performance under low-light conditions.
Image parameters such as exposure and white balance can be configured and adjusted via the two-wire serial interface using the corresponding command set.
