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概览

描述

GR-PEACH is the Gadget Renesas board for the Renesas RZ family's RZ/A1H group of microprocessor (MPU) products. Fully pin-compatible with the Arduino UNO, GR-PEACH is an Arm® Mbed™-enabled development platform. GR-PEACH takes advantage of web browser-based program development and a robust library selection. With the added appeal of 10MB of built-in RAM and the processing power of Arm Cortex™-A, GR-PEACH was created for the developer interested in high-speed prototyping of IoT devices with loads of HMI—graphics, touch panel, camera input, audio, network and more.

In addition, GR-PEACH supports multiple platforms, .NET Micro Framework (MF), Arduino, and TOPPERS/ASP (RTOS).

Get Started

Technical Information

Board Distributors

GR-PEACH boards and other shields can be purchased through the following sites:

特性

  • Embeds Arm Cortex-A RZ/A1H (R7S721001VCBG) and Arduino UNO pin compatibility supports various shields.
  • GR-PEACH board is equipped with a LAN connector (RJ-45) and connectors for Arduino UNO-compatible pins and service pins
  • Enables camera and Wi-Fi connection with the GR-PEACH board. Camera specifications are VGA 640 x 480, maximum 60fps, and a horizontal angle view of 98 degrees
  • Enables stereo plug, camera module, and USB host connection with GR-PEACH. Note: A camera module is not included. MT9V111 is recommended
  • 4.3-inch wide display with touch panel. Note: GR-PEACH-FULL cannot be used for this shield. Refer to the Corestaff vendor's site for the use details

应用

文档

设计和开发

样例程序

Resources


Project File for e2 studio

Project file for sketching in Eclipse-based development environment e2 studio. For downloading and installing e2 studio, please refer to the e2 studio product page.

You can import as an archive file (zip) as an existing workspace from the e2 studio menu "File" -> "Import".

Do the menu "Project" -> "Update all dependencies" at the initial build. Only sources changed since the next build will be compiled.

DisplayApp

DisplayApp is an application that displays the camera image sent by USB CDC.

Installing the USB driver is required on versions earlier than Windows 10.

Below is an Arduino-like sketch example.

    
            #include <Arduino.h>
            #include <Camera.h>
            #include "DisplayApp.h"
            Camera camera;
            static DisplayApp display_app;
            void setup() {
                camera.begin();
            }
             
            void loop() {
                display_app.SendJpeg(camera.getJpegAdr(), (int)camera.createJpeg());
                delay(10);
            }
            }
            

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