400 MHz ARM-9 CPU Board
with 64 MB RAM, 128 MB Flash
E-CPU-800
19% VAT
400 MHz ARM-9 CPU Board
with 64 MB RAM, 128 MB Flash
- Compact ARM9 G20-CPU-module
- ARM926EJ-S processor core
- ARM Jazelle® Technology for Java® Acceleration
- 64 MB SDRAM (16 MB SDRAM optional)
- 128 MB NAND Flash
- 1 x CAN Controller (2 x CAN Controller optional)
- lead through address- and databus over 2nd connector (optional)
- Real Time Clock
- All general interfaces are supported
- 3,3 V low power consumption
- Industrial connector for safe connection
- Linux 2.6.27 preinstalled (Windows Embedded CE optional)
The E-CPU-800 board is based on a 32 bit ARM-9 G20 CPU. Combined with the comfort and functionality of Embedded Linux, it is available at a price comparable to conventional 8/16 bit µP systems.

Compact embedded PC
The E-CPU-800 module performs all tasks of a mobile and powerful communication processor. Based on the 32bit ARM9 technology arised on an area of only 36,72mm2 (72mm x 51mm) an embedded PC with integrated operating system. This compact module is suited for applications in portable devices or as a communication unit for general engineering in industrial or medical technology. Tasks like measurement and control, data logging, ethernet/USB remote maintenance and also protocol conversion are a typical range of application. The simply add-on of existing devices with USB port, ethernet (FTP/HTTP/Telnet Server) and audio (VoIP/WAV/MP3) is also easily possible. All required interfaces will be provided to the user and will be completely supported by the installed operating system. Therefore all desired functions could be fast and easily realised without major programming knowledge.
Available interfaces
To offer the customer a wide field of application, all interfaces supported by the ARM-9 G20 are lead through a 100 pin Hirose connector at the reverse side of the module and may be wired to the respective implementation. Only some of those interfaces requires a driver module.
bootloader U-Boot
The latest version of the Linux boot loader U-Boot is already installed and stored in the NAND Flash. The function of the bootloader is to load the Linux kernel. U-Boot can also start a Linux kernel over ethernet (TFTP), from CF-Card or just by an USB stick.
Operating system Embedded Linux / Windows Embedded CE
The E-CPU-800 module comes by default with the Open-Source-Operating Sytem Linux. On the basis of the open source code, Linux is especially for developers which are less experienced in programming, because many solutions can be found at the internet. Optionaly, the E-CPU-800 Module can also be equiped with Windows Embedded CE.
Energy saving operating
To reduce the power consumption of the E-CPU-800 module, the ARM9-CPU has some power management functions. The control signals of these functions are user-programmable .
Large evaluation board
The evaluation board E-BASE-800 including the E-CPU-800 module is available for fast and easy start of the development, . Every interface supported by the E-CPU-800 module is lead through the E-BASE-800 evaluation board by jacks or headers. The starter kit includes also every accessories for directly beginning your development. Programming is done under Linux in "C".
Click for more information about the Starterkit "E-BASE-800"

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The block diagram shows, which components are based on the module and which interfaces belong to the respective Hirose connectors.


Manuals
Manual E-CPU-800
Manual E-CPU-800 Hardwaredescription about Linux-modules
- Hardware description
- Memory layout
- Pin assignment
Manual E-BASE-1000 (Starterkit for E-CPU-1100 / E-CPU-1000 / E-CPU-800)
Manual E-BASE-1000 (Starterkit for E-CPU-1100 / E-CPU-1000 / E-CPU-800) Hardwaredescription Linux development boards
- Board overview
- Mechanics
- Schematics
- Switches
Manual E-BASE-800 (Starterkit for E-CPU-800)
Manual E-BASE-800 (Starterkit for E-CPU-800) Hardwaredescription Linux development boards
- Board overview
- Mechanics
- Schematics
- Switches
Manual Linux for Embedded
Manual Linux for Embedded Softwaredocumentation about our Linux-boards.
- Quickstart
- Installation of the toolchain
- Compiling the "first" C-program for a ARM9-board
- Installation of a NFS-server / TFTP-server
- Updating Linux Kernel and ROOT-filesystem
Datasheets
Downloads
Ubuntu 9.04 Desktop - Version 1.20 - Image für den VMware Player (ca.1,2 GB)
Ubuntu 9.04 Desktop - Version 1.20 - Image für den VMware Player (ca.1,2 GB) Installed components:
- Toolchain (ARM9 Crosscompiler)
- FTP-Server
- NFS-Server
- TFTP-Server
- simple source example in C with a script to compile