Description

Camera Module for Embedded and DIY Projects

This Camera Module series offers compact camera solutions for embedded systems, MCU development and DIY electronics projects.

Three popular image sensors are available: OV2640, OV3660 and OV5640, covering 2MP, 3MP and 5MP resolutions. The OV3660 is available in both small and large module versions, allowing you to choose the form factor that better fits your project.

These camera modules are suitable for developers looking for a compact image input solution for embedded vision, robotics, smart devices and electronics prototyping.

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Available Camera Module Options

OV2640 Camera Module

The OV2640 Camera Module provides up to 2MP image capture with a maximum resolution of 1600 × 1200.

It is a popular option for compact embedded camera projects where a balance between image resolution, module size and system requirements is important.

OV3660 Camera Module

The OV3660 Camera Module delivers 3MP image capture with a maximum resolution of 2048 × 1536. Two versions are available to meet different viewing requirements:

• Small Version: 69° FOV
• Large Version: 115° FOV

Both versions use the OV3660 CMOS sensor with a 1/5-inch optical format and 1.4 × 1.4 μm pixel size. With DVP output and SCCB/I²C control, the module is suitable for embedded vision, robotics, IoT and DIY electronics projects.

OV5640 Camera Module

The OV5640 Camera Module offers up to 5MP resolution, with a maximum image size of 2592 × 1944.

It is the highest-resolution option in this product series and is suitable for projects requiring more detailed image capture.

The OV5640 supports a DVP parallel interface and also supports a dual-lane MIPI interface at the sensor level. It can provide 1080p video at 30 fps and 720p HD video at 60 fps under supported configurations.

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Key Features

• 2MP, 3MP and 5MP resolution options
• OV2640, OV3660 and OV5640 sensor choices
• Two OV3660 module sizes available
• Compact design for embedded applications
• Suitable for MCU and DIY electronics projects
• DVP interface for compatible host systems
• Multiple resolution options for different project requirements

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Technical Specifications

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Applications

The camera modules can be used for:

• Embedded vision projects
• MCU development
• Robotics
• Smart electronics
• DIY camera projects
• IoT devices
• Image capture systems
• Electronics prototyping
• Educational projects

For Arduino or other development boards, please confirm the board’s camera interface and software support before purchase.

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Which Camera Module Should You Choose?

Choose OV2640 if you need a compact 2MP camera solution for basic image capture.

Choose OV3660 if you want a 3MP camera and Wide-Angle Options the OV3660 Large version features a 115° field of view, making it suitable for projects that require a wider viewing area.

Choose OV5640 if higher image resolution is more important and your system supports the required interface.

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Package Includes

1 × Selected Camera Module

Please select the required camera model and module version before ordering.

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FAQ

Q1: What camera modules are available?

This product page offers OV2640, OV3660 and OV5640 Camera Modules.

Q2: What resolutions are available?

The available options include 2MP, 3MP and 5MP resolutions.

Q3: What is the difference between the OV3660 Small and Large versions?

Both versions use the OV3660 3MP image sensor. The OV3660 Large version features a 115° field of view, making it suitable for projects that require a wider viewing area.

Q4: Which model has the highest resolution?

The OV5640 Camera Module provides the highest resolution in this series, up to 5MP / 2592 × 1944.

Q5: Can these camera modules be used with Arduino?

They may be suitable for compatible Arduino-based or other MCU projects, but compatibility depends on the specific development board, camera interface, voltage and software support. Please check your board specifications before ordering.

⭐⭐⭐⭐⭐

Building a DIY electronics project? Explore our Arduino development boards for your next prototype.

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Learn More

Want to see how this module works? Watch this tutorial video and learn how to connect and use it in your DIY project.