OV5640 CMOS Sensor 5MP HD DVP Fixed Focus Camera Module for Higher-Detail ESP32 Vision
$1.00
OV5640 5MP ESP32 camera module with D76.6° Fixed-Focus optics, 40cm-to-infinity depth of field and an optional wider lens.
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Price is for reference only. Please contact us for the latest quotation.
Introduction
SF4V564088BY-ESP is a 5MP Fixed-Focus DVP camera module for ESP32 devices that need more image detail without moving to an ultra-wide optical configuration. Its standard lens provides D76.6° × H67° × V56° coverage with a 40cm-to-infinity depth of field. A wider D120° × V100° lens direction can also be evaluated when more scene coverage is required.
Applications in Real Devices
Higher-Detail ESP32 Monitoring
Monitoring devices may need more spatial detail than 2MP or 3MP models while still keeping individual targets reasonably large within the frame. The 5MP resolution and moderate D76.6°
field of view provide a balanced route for this requirement. The 40cm-to-infinity depth of field is more relevant to mid-distance and farther scenes than close-range capture. An optional wider lens can be evaluated when the standard coverage is insufficient.
Embedded Visual Inspection
The 5MP route can be evaluated where smaller visual details matter but the project does not require Autofocus.
Smart Device Imaging
The standard moderate-FOV configuration can support devices that require higher-resolution scene capture through an ESP32 DVP route.
Project Evaluation Guide
Consider This Model When
- 5MP resolution is required.
- Moderate FOV is preferred.
- The target is generally 40cm or farther.
- Fixed Focus suits the device.
Confirm Before Sampling
- Standard or optional wide-angle lens.
- Target-distance range.
- ESP32 processing resources.
- 24-pin DVP mapping.
- Enclosure opening.
Choosing This Model Within the ESP32 Camera Module Series
SF4V564088BY-ESP is the balanced-FOV 5MP Fixed-Focus route. Projects requiring much broader coverage can compare SF4V564088BYC-ESP C2.0, while projects with changing target distances should evaluate SF4V564085AFBY-ESP.
Related Models
OV5640 – SF4V564088BYC-ESP C2.0: Ultra-wide Fixed-Focus alternative for projects requiring D150° scene coverage.
OV5640 – SF4V564085AFBY-ESP: VCM Autofocus alternative when target distance varies significantly.
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 |
Output | RAW8 |
FOV | D76.6° × H67° × V56° |
EFL | 3.0±5%mm |
Depth of Field | 40cm–Infinity |
F.No | F2.2 |
TV Distortion | <1% |
SincereFirst Customization
Standard and Wide-Angle Lens Options
The standard lens provides D76.6° coverage. A D120° × V100° direction can be evaluated when broader scene visibility is required.
Fixed-Focus Configuration
The standard depth of field is 40cm to infinity. Lens focus can be reviewed when the main device distance differs from this operating direction.
FPC and Connector
FPC layout and 24-pin gold-finger routing can be evaluated according to the host-board location.
DVP and ESP32 Integration
DVP signal mapping and the selected 5MP or video operating mode should be checked against the available ESP32 resources.
Final configuration should be validated with the actual host
platform, enclosure, optics, software, and lighting environment before sampling.
FAQ
When should I keep the D76.6° lens instead of choosing the wider D120° option?
Keep the standard lens when target detail matters more than maximum scene width. A wider lens captures more surroundings but makes individual objects smaller in the frame.
Is 5MP always useful on an ESP32 platform?
Not necessarily. The useful resolution depends on memory, processing, capture mode and the actual vision task. The host architecture should be evaluated before selecting 5MP only because it is available.
When should I move to the Autofocus model instead?
Consider the AF version when important targets regularly appear at significantly different distances and the Fixed-Focus depth of field does not cover the real operating range.
What changes should be rechecked when switching to the wider lens?
Recheck enclosure clearance, edge visibility, target size in the frame and the useful working distance.
Evaluate This Module for Your Device
Share the target distance, required scene width and ESP32 processing conditions so the standard or wider optical configuration can be evaluated.
Send Inquiry
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