Eddy-CPU V2.5 (ARM9 CPU module, ESMT Flash EN25QH64A-104HIP)

Description

Eddy-CPU is a high-performance embedded CPU module with a powerful ARM9 core processor. This compact-sized Eddy-CPU module provides complete embedded network connectivity allowing developers and OEMs to easily design their own customized device that can be embedded in almost all hardware environments. Its features include 19bit address and 16 bit data bus interface to connect external devices, PHY interface for Ethernet connectivity and 56 programmable GPIO pins.

Easy to design and Specialized to meet your need

It is not easy for developers to make a specialized embedded device from scratch. Embedded device development requires a mastery of each component’s characteristic to prevent delays and performance problems. In addition, it may take substantial time and effort to port to the Operating Systems and then system test to prove the reliability of the hardware. Alternatively, you can order a customized hardware board, but it may not meet your exact expectations once delivered and typically comes at a significantly higher price. You can
overcome all these challenges by choosing the Eddy- CPU. The high performance Eddy-CPU integrates a 32 bit ARM9 CPU (400MHz), 8MB DATA FLASH memory and 32MB SDRAM.

SDK, API, Source Codes Support

Eddy allows you to upload and execute customized user applications. The open design enables developers to program their own socket/serial communication applications using an array of tools including a SDK (Software Development Kit), API (Application Programming Interface) and Source Code.

LemonIDE Development Environment

LemonIDE is an Eclipse-based development environment. It provides a GUI that enables easy development of applications and firmware running on Linux. In addition, all the operations related to GNU C/C++ compiler, source code editor, remote debugging and remote monitoring can be processed in this environment.

Development Kit

The Eddy Development Kit provides an easy testing and evaluation platform for Eddy applications. Therefore, before integrating Eddy into the hardware environment, applications can be first programmed and tested on the development board. Power, Ready, Communication Interface and GPIO Serial Signal status LEDs on the development board provide a visual guide to understanding Eddy’s operating status.

Windows Utility Support

SystemBase provides powerful and free utilities to monitor and test your completed products over the network and the serial interface. Management utilities include, COM port redirector, PortView and TestView . These tools enable accurate monitoring.