OV3660 CMOS Sensor 3MP HD Image DVP Camera Module for General ESP32 Embedded Imaging
¥1.00
OV3660 3MP option for ESP32 devices that need more image detail than basic 2MP capture while keeping a moderate D70.8° viewing angle.
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Price is for reference only. Please contact us for the latest quotation.
Introduction
SF3V3660BY-ESP provides a 3MP imaging route for ESP32 devices that need more image detail than the 2MP models while retaining a moderate D70.8° field of view. Its 2048 × 1536 resolution, Fixed-Focus optics and 24-pin DVP structure make it a middle-resolution option between basic 2MP imaging and the 5MP OV5640 routes.
Applications in Real Devices
General ESP32 Visual Monitoring
Some embedded devices need more detail than a 2MP image
can provide but do not require the larger data volume of 5MP capture. The 3MP route offers an intermediate resolution while retaining a moderate D70.8° field of view. This makes it relevant to general scene observation where the target should remain reasonably visible in the frame without using ultra-wide optics. Final focus distance should be confirmed for the actual device because no working-distance range has been locked for this model.
Embedded Inspection Prototypes
The module can be evaluated where additional detail is useful for observing components or objects but extreme wide-angle coverage is unnecessary.
Smart IoT Imaging
Its moderate FOV provides a straightforward route for connected devices that require general image capture rather than specialized telephoto or ultra-wide imaging.
Project Evaluation Guide
Consider This Model When
- 2MP resolution is insufficient.
- 5MP data volume is unnecessary.
- Moderate D70.8° coverage matches the task.
- Fixed Focus is acceptable.
Confirm Before Sampling
- Actual working distance.
- ESP32 DVP support.
- Target size and scene width.
- Focus position.
- 24-pin connection.
Choosing This Model Within the ESP32 Camera Module Series
SF3V3660BY-ESP is the 3MP middle-resolution route. Projects prioritizing a simpler 2MP configuration can compare SF5G2145BC-ESP V1.0, while projects that need more detail can move to SF4V564088BY-ESP.
Related Models
GC2145 – SF5G2145BC-ESP V1.0: 2MP alternative when basic image detail and a 40cm calibrated focus position are sufficient.
OV5640 – SF4V564088BY-ESP: 5MP alternative when more spatial detail is required while retaining a moderate field of view.
Key Specifications
Specification | Details |
Sensor | OV3660 CMOS |
Resolution | 3MP / 2048 × 1536 |
Pixel Size | 1.4μm × 1.4μm |
Sensor Size | 1/5 inch |
Interface | 24-Pin Gold-Finger DVP |
Focus Type | Fixed Focus |
Video Output | 1080P@30FPS |
FOV | D70.8° |
EFL | 2.38 ±5%mm |
Platform | ESP32 compatible |
F.No | F2.4 |
TV Distortion | <1% |
SincereFirst Customization
Lens and FOV
The D70.8° standard view can be evaluated against the required target size and scene width. Alternative lenses can be reviewed when the project needs a different viewing angle.
Fixed-Focus Configuration
This model uses Fixed Focus. Because no standard working-distance range has been locked, the actual focus requirement should be confirmed before sampling.
FPC and Connector
FPC layout and 24-pin connection can be evaluated around the ESP32 board location and enclosure structure.
DVP Integration
DVP signal mapping, timing and software support should be reviewed with the selected ESP32 host.
Final configuration should be validated with the actual host platform, enclosure, optics, software, and lighting
environment before sampling.
FAQ
When does a 3MP model make more sense than either 2MP or 5MP?
Consider 3MP when 2MP does not retain enough image detail but 5MP would add unnecessary data and processing requirements for the actual task.
Why is the working distance not stated as a fixed range on this page?
Because a confirmed standard range is not available for this configuration. It is safer to evaluate the actual focus requirement than to infer one from the sensor or similar models.
Is a moderate FOV always easier to integrate than an ultra-wide lens?
Mechanically it usually requires less extreme optical clearance, but the final scene coverage still depends on mounting position and enclosure opening. The device should be evaluated as a complete optical system.
What should I provide before sampling?
Provide the target distance, target dimensions, required viewing area, ESP32 platform and available camera position.
Evaluate This Module for Your Device
Share the target size, working distance and required viewing area so the 3MP configuration can be evaluated against the real visual task.
Send Inquiry
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