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SF-C1019USB-F&S-DUAL
SINCEREFIRST
This OV9734 720P Dual-View USB Endoscope Camera Module.For devices that need to see both what lies ahead and what sits along the wall, the SF-C1019USB-F&S-Dual combines front and side viewing in one integrated OV9734 camera module. It delivers 1280×720@30fps YUV/MJPEG output for routine real-time inspection. The practical value is directional coverage: the operator can use one inspection system for forward navigation and lateral wall observation instead of relying on a single optical axis. Difference: Its distinguishing value is the front-and-side dual-view architecture, allowing one inspection system to address targets ahead and along the wall. |  |
Selection Requirement | Standard Configuration | Selection Note |
Viewing Requirement | Front + side dual view | Use when both forward and lateral targets must be inspected. |
Resolution | 1280×720@30fps | Suitable for routine HD inspection. |
Structure | Integrated, D5.0 class | Confirm available front-end space in the device. |
Lighting | LED supported | Check illumination needs for both viewing directions. |
Working Distance | 4–10 / 5–50 / 10–100mm options | Confirm the optical configuration selected for the actual product. |
Host Connection | Type-A / Type-C options | Confirm connector and host architecture during project review. |
Front-and-Side Dual View — gives the operator two viewing directions without changing to a separate camera module.
720P@30fps Output — delivers a practical HD preview for navigation and general visual checking.
Integrated D5.0-Class Structure — packages the dual-view concept into one compact front-end assembly.
Selectable Focus Directions — allow the optical version to be matched to near, medium or longer inspection distances.
Type-A / Type-C Options — let the host connection follow the mechanical layout of the final device.
A single forward-view module can miss wall targets, while a single side-view module can miss objects directly ahead. This dual-view structure is intended for projects where both directions matter during the same inspection process. The selection question is therefore whether two optical directions reduce device complexity or operator repositioning.
Medical Endoscopy Applications: Used to visualize deep nasal passages and sinus openings, with a wide-angle field of view facilitating comprehensive assessment of anatomical structures and lesion extent.
Industrial Endoscopes: Inserted through spark plug holes or inspection ports to examine cylinder wall surfaces, piston crown carbon deposits, or wear conditions.
Pipeline Inspection: Assesses corrosion, cracks, weld defects, and obstructions on internal pipeline surfaces.
Product Name | Side-view endoscope camera module |
Sensor | OV9734 |
Mechanical TTL | 3.3±0.2 |
F# | 4±5% |
EFL | 1.1±5% |
DOF | 5-50 |
Thread | M2.6×P0.25 |
FOV | 110±10% |
CRA | ＜30° |
IR Cut Filter | 650±10nm@T=50% |
1. Viewing configuration: Provide the target positions and whether front/side views are needed simultaneously or sequentially.
2. Focus range: Provide nearest/farthest target distances so the correct optical option can be selected.
3. Mechanical structure: Provide the available front-end diameter and length because the integrated dual-view structure requires more space than ultra-small single-camera modules.
4. Connector and lighting: Provide host connector preference, cable route and lighting conditions for both viewing directions.
The selected dual-view optical and connector configuration should be verified in the final device with a working sample.
1. What are the interface types of the module?
Common interfaces include USB3.0, HDMI, SDI, etc. Industrial scenarios may use PoE power supply interfaces, and medical devices integrate dedicated medical image interfaces (such as DVI-Med).
2. Why do pipeline inspection modules need long cables?
The cable length is usually 10-30 meters, including Kevlar tensile layer and waterproof connector, which supports real-time transmission while resisting internal friction and chemical corrosion of the pipeline.
3. What are the typical requirements for custom modules?
Common requirements include special dimensions (e.g., 1mm diameter), multispectral imaging (e.g., fluorescence navigation), and interface protocol adaptation (e.g., interfacing with DICOM systems).
CTA
Please provide the forward and side target positions, required working distances, available front-end space, connector preference and lighting condition. We can then determine whether the dual-view structure is the right system direction.
