OV5640 CMOS Sensor 5MP Ultra-Wide Angle DVP Camera Module for ESP32 Wide-Area Vision
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OV5640 5MP ESP32 camera module with D150° × H130° × V106° ultra-wide Fixed-Focus optics and a 24-pin DVP interface.
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Price is for reference only. Please contact us for the latest quotation.
Introduction
SF4V564088BYC-ESP C2.0 is a 5MP Fixed-Focus DVP camera module for ESP32 devices that need very broad scene coverage from one camera position. Its 1.0mm lens provides D150° × H130° × V106° coverage, with focus calibrated at 35cm. This model is positioned for wide-area observation where environmental visibility matters more than keeping distant targets large within the image.
Applications in Real Devices
Wide-Area ESP32 Robotics
Robotics devices can benefit from a very broad camera view when environmental context matters more than detailed
inspection of one small target. D150° coverage allows substantially more of the surrounding scene to enter the image from one camera position. The tradeoff is that distant objects occupy fewer pixels, and the wide optical path requires adequate enclosure clearance. The 35cm focus calibration should also be checked against the main operating scene.
Environmental Observation Devices
The model can be evaluated where a single embedded camera needs to observe a broad nearby area rather than a narrow target.
Compact Wide-View Systems
The ultra-wide route can reduce the need to reposition the camera simply to increase scene coverage.
Project Evaluation Guide
Consider This Model When
- Very broad scene coverage is required.
- 5MP resolution is preferred over the 2MP wide-angle routes.
- Fixed Focus is acceptable.
- The main scene is compatible with the 35cm focus calibration.
Confirm Before Sampling
- Actual target distances.
- Enclosure opening and vignetting risk.
- Target size in the wide image.
- ESP32 processing resources.
- DVP signal mapping.
Choosing This Model Within the ESP32 Camera Module Series
SF4V564088BYC-ESP C2.0 is the widest-FOV 5MP Fixed-Focus route in the Series. Projects requiring a more controlled field of view can compare SF4V564088BY-ESP, while projects prioritizing changing target distance rather than maximum coverage can evaluate SF4V564085AFBY-ESP.
Related Models
OV5640 – SF4V564088BY-ESP: Moderate-FOV 5MP alternative when target size in the frame matters more than maximum scene coverage.
OV5640 – SF4V564085AFBY-ESP: Autofocus alternative when variable working distance is more important than D150° coverage.
Key Specifications
Specification | Details |
Sensor | OV5640 CMOS |
Resolution | 5MP / 2592 × 1944 |
Pixel Size | 1.4μm × 1.4μm |
Sensor Size | 1/4 inch |
Interface | 24-Pin Gold-Finger DVP |
Focus Type | Fixed Focus |
Focus Calibration | 35cm |
FOV | D150° × H130° × V106° |
EFL | 1.0mm |
Output Direction | RAW10 |
F.No | F2.2 |
TV Distortion | <9% |
SincereFirst Customization
Ultra-Wide Lens and FOV
The standard optical route provides D150° coverage. Alternative lens directions can be evaluated when the device needs less edge coverage or a different target-to-background balance.
Fixed-Focus Position
The current configuration is focused at 35cm. Focus position can be reviewed when the primary scene sits at a different distance.
FPC and Connector
FPC routing and 24-pin connection can be evaluated according to the ESP32 board position and available internal space.
RAW and DVP Integration
RAW10 data, DVP signal mapping and host-side processing requirements should be reviewed with the target ESP32 hardware.
Final configuration should be validated with the actual host
platform, enclosure, optics, software, and lighting environment before sampling.
FAQ
When is D150° too wide for an ESP32 vision project?
It may be too wide when the important target is small or distant, because much of the sensor area is used to capture surrounding scene rather than the target itself.
What is the main mechanical risk with this model?
The lens requires a large unobstructed optical opening. Housing edges can block part of the field of view and create mechanical vignetting if clearance is insufficient.
Why should the 35cm focus position be tested with the real scene?
Because scene depth and target distance affect useful sharpness. A wide field of view does not automatically mean every distance will be equally sharp.
What should be provided before evaluating another ultra-wide lens?
Provide the scene width, target distance, target size, enclosure opening and acceptable edge distortion.
Evaluate This Module for Your Device
Share your viewing area, target distance, enclosure opening and ESP32 platform for ultra-wide project evaluation.
Send Inquiry
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