https://github.com/seeed-studio/oshw-recamera-series

reCamera is an opensource camera platform
https://github.com/seeed-studio/oshw-recamera-series

camera hardware

Last synced: about 1 year ago
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reCamera is an opensource camera platform

Host: GitHub
URL: https://github.com/seeed-studio/oshw-recamera-series
Owner: Seeed-Studio
License: apache-2.0
Created: 2024-07-31T08:03:23.000Z (almost 2 years ago)
Default Branch: main
Last Pushed: 2025-04-11T07:11:04.000Z (about 1 year ago)
Last Synced: 2025-04-12T21:19:27.258Z (about 1 year ago)
Topics: camera, hardware
Language: C
Homepage:
Size: 472 MB
Stars: 228
Watchers: 23
Forks: 22
Open Issues: 0
Metadata Files:
- Readme: readme.md
- License: LICENSE

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README

          # Introduction







 




 

 

 

 

 






















## ✨ What's reCamera? 

reCamera is a combination of a **processor** and a **camera sensor**.

This combination makes reCamera a standalone system that can handle basic detection and control tasks on its own.

## 💡 Why we make reCamera? 

Today, as processors (both SOC and MCU) are becoming smaller and more powerful, it is now possible to combine the processor with camera sensors. In fact, many IPCs (IP cameras) are already using this design to accelerate AI detection on edge devices.

So today, we introduce reCamera, an open-source camera platform for everyone to play with. We have divided this project into 3 interchangeable parts:



- Core Board

- Sensor Board

- Base Board

This design allows you to easily change the interfaces and camera sensors to suit your needs. We hope that these components can be freely combined in any way.

By building this hardware platform and ecosystem, we enable other applications to grow on this platform without the need to worry about changing from one platform to another in the future.

The engineering focus on modularity, high performance, and ease of use ensures that reCamera serves as a powerful platform for developers and makers. This design streamlines complex hardware processes, allowing users to integrate vision AI capabilities into their systems efficiently and creatively. 

We've taken care of the intricate hardware work, freeing up time for user innovation. The modular design enables users to rapidly switch cameras and customize interfaces, transforming development from months to weeks only!

## Core Board

| Board         | Features                           | Version Info |

| ------------- | ---------------------------------- | ------------ |

| [C1_2002w](./C1_2002/)    | eMMC 
WIFI/BLE module 
 OnBoard antenna 
 External antenna connector| 1.2 |

| [C1_2002](./C1_2002/)       | eMMC 
Extra SDIO to base board 
 Extra UART to base board | 1.2 |

### 💡 [C1_2002w](./C1_2002(w)/C1_Readme.md)

### ⚙️ overview

  

Up             |  Bottom

:-------------------------:|:-------------------------:

![Up](./statics/C1_2002w_Up.png)  |  ![Bottom](./statics/C1_2002w_Bottom.png)

## Sensor Board

| Board         | Features                           | Latest Version                                                   |

| ------------- | ---------------------------------- | ------------------------------------------------------------ |

| [S1_OV5647](./S1_OV5647/) | 5MP  
Rolling Shutter | 1.2 |

| [S2_IMX335](./S2_IMX335/)     | 5MP  
Rolling Shutter | 1.0 |

| [S3_SC130GS](./S3_SC130GS/)    | 1MP 
Global Shutter    | 1.0 |

----

[Sensor Driver Support List](./Sensor_Suppoeted_List.md)

### 💡 [S1_OV5647](./S1_OV5647/S1_Readme.md)

---

### ⚙️ overview

Up             |  Bottom

:-------------------------:|:-------------------------:

![Up](./statics/S1_ov5647_UP.png)  |  ![Bottom](./statics/S1_ov5647_Bottom.png)

### ⚙️ features:



    SENSOR

    OV5647

    CMOS SIZE

    1/4 inch

    PIXELS

    5MP

    APERTURE

    F2.4

    FOCAL LENGTL

    3.89mm

    FIELD OF VIEW

    72.9°

    DISTORTION

    <1.5%

    DEPTH OF FIELD

    20cm ~∞

    IMAGE

    2592 x 1944 still picture resolution

    VIDEO

    1920 x 1080p @30fps, 1280 x 720p @60fps, 640 x 480p @60fps, 640 x 480p @90fps



- 4 x LED fill lights

- 1 x microphone

- 1 x speaker

- 3 x LED indicator

### 💡 [S2_IMX335](./S2_IMX335\readme.md)

### ⚙️ overview

![image](./statics/S2_IMX335_overview.png)

### ⚙️ features:



    SENSOR

    IMX335

    CMOS SIZE

    1/2.8 inch

    PIXELS

    5MP

    Focusing

    manually focusing

    FOCAL LENGTL

    3.91mm

    FIELD OF VIEW

    106°(D) 92.6°(H) 48.6°(V)

    IMAGE

    2592 x 1944 still picture resolution

    VIDEO

    2592 × 1944p @20fps;1920 × 1080p @30fps;1280 × 720p @30fps



### 💡 [S3_SC130GS](./S3_SC130GS\readme.md)

### ⚙️ overview

![image](./statics/S3_SC130GS_overview.png)

### ⚙️ features:



    SENSOR

    SC130GS

    CMOS SIZE

    1/2.7 inch

    PIXELS

    1.3MP

    Output Format

    RAW MONO/RGB

    Package

    64 pin CLCC

    Package Size

    13mm x 13mm

    IMAGE

     1280H x 1024

    VIDEO

     1280H x 1024 @240fps



## Base Board

| Board         | Features                           | Version Info |

| ------------- | ---------------------------------- | ------------ |

| B1_Default    | Single Port Transformer Module 
 SD card reader 
 Type-C port 
 UART| 1.2 |

| B2_Vertical-mounted Type-C      | Single Port Transformer Module 
 SD card reader 
 Type-C port 
 UART| 0.1 |

| B3_POE    | Power over Ethernet(POE) 
 UART| 0.1 |

| B4_Gyro      | DC-DC converter 
 CAN port 
 UART | 0.1 |

### 💡 [B1_Default](./B1_Default/B1_Readme.md)

### ⚙️ overview

Up             |  Bottom

:-------------------------:|:-------------------------:

![Up](./statics/B1_Default_Upper.png)  |  ![Bottom](./statics/B1_Default_Bottom.png)

### ⚙️ features:

- 1 x Type-C port for power input and communication.

- 1 x Single Port Transformer Module for Ethernet communication support.

- 1 x SD card reader for data storage and exchange.

### 💡 [B2_Vertical-mounted Type-C](./B2_Vertical%20Type-C/B2_Readme.md)

### ⚙️ overview

![images](./statics/B2_Vertical-mounted_Type-C_overview.png)

### ⚙️ features:

- 1 x Type-C port for power input and communication.

- 1 x Single Port Transformer Module for Ethernet communication support.

- 1 x SD card reader for data storage and exchange.

### 💡 [B3_POE](./B3_POE/B3_Readme.md)

### ⚙️ overview

Up             |  Bottom

:-------------------------:|:-------------------------:

![Up](./statics/B3_POE_Upper.png)  |  ![Bottom](./statics/B3_POE_Bottom.png)

### ⚙️ features:

- 1 x RJ45 port for 802.3af PSE.

- 1 x UART port.

### 💡 [B4_Gyro](./B4_CAN/B4_Readme.md)

### ⚙️ overview

![images](./statics/B4_Gyro_overview.png)

### ⚙️ features:

- 1 x CAN port.

- 1 x Gyroscope sensor.

- 1 x UART port.

## reCamera Softwares

### [reCamera OS](https://github.com/Seeed-Studio/reCamera-OS)

This is the default buildroot system running in reCamera.

### reCamera Web

Currently remaking with Node-red Dashboard.

This is the default Web backend running in reCamera OS. It provides user with a web interface for network configuration, live view, web ssh and other security configuration.

## Related Projects

### [reCamera Gimbal](https://github.com/AllenKon/Seeed_reCamera_Gimbal)

Open source Gimbal solution made using reCamera.

![image](./statics/reCamera-Gimbal.jpg)

### reCamera Industrial 

![image](./statics/industrial.jpg)

WIP..

### [reCamera Robot Arm]()

![image](./statics/reCamera_Robot_Arm.JPG)

WIP..

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https://github.com/seeed-studio/oshw-recamera-series

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