Table of Contents PPC-E10 Product Summary ........................3 Features ..................................3 Standard PPC Specifications ............................4 Description ................................... 5 PPC-E10 Product Details ......................... 6 Jumper Configuration & Connector Descriptions ......................6 Power Connectors ................................ 6 Ethernet ..................................7 Serial Ports ................................... 7 USB Host Ports ................................
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Disclaimer EMAC Inc. does not assume any liability arising out of the application or use of any of its products or designs. Products designed or distributed by EMAC Inc. are not intended for, or authorized to be used in, applications such as life support systems or for any other use in which the failure of the product could potentially result in personal injury, death or property damage.
(SoM) design which extends the longevity and flexibility of the PPC-E10. The PPC-E10 is comprised of a Processor Module and a Carrier board in which the Module plugs into. If more memory is required or speed is required a different pin compatible Module offering these features can be inserted into the Carrier board in place of the standard Module that is provided.
PPC-E10 Product Details Jumper Configuration & Connector Descriptions The PPC-E10 comes factory configured. In the event that jumpers need to be verified or modified this section provides the information required, including instructions on setting jumpers and connecting peripherals, switches and indicators. Be sure to read all the safety precautions before you begin any configuration procedure. See Appendix A for connector pinouts and Appendix B for Jumper Setting descriptions.
Serial Ports The PPC-E10 is equipped with four serial ports, one of which terminates to a male DB9 and the other three which terminate to 10pin header connectors (see table 2, 3, & 4 below). Three 10-pin header to male DB9 connector cables are provided, giving easy access to these ports.
(HDR5). EMAC can provide a cable (CAB-40-004) to access these ports. In addition to the two USB Host ports, the PPC-E10 provides a USB On-The-Go (OTG) port. This port can be used as either a USB Host or USB Device port.
Audio Port The PPC-E10 provides Audio Line Out and Line In capability through two standard audio jacks (JK5 & JK6). Audio Jack JK5 is stereo line level input and Audio Jack JK6 is stereo line level output. The processor interfaces S interface.
1.14 I/O Expansion The Processor used by the PPC-E10 provides a number of unused I/O lines. The PPC-E10 provides access to these lines on connector HDR1. This 44-pin dual row header contains GPIO lines, SPI bus, I C bus, A/D, interrupts and power pins.
Software 1.17 Introduction The PPC-E10 can be programmed in a variety of languages and utilize a variety of Operating Systems. There are a number of free compilers, interpreters, and assemblers available allowing the PPC-E10 to be programmed in C, Java or Assembly languages. EMAC has Board Support Packages available for Linux, Xenomai Real Time Linux and Windows CE.
The distribution contains everything a user could expect from a standard Linux kernel, powerful networking features, advanced file system support, security, debugging utilities, and countless other features. The PPC-E10 will work out of the box with EMAC’s Embedded Linux distribution, and EMAC provides the most up to date distribution via FTPSVN.
The Linux build for the PPC-E10 is based on the Open Embedded (www.openembedded.org) Linux build system. The current kernel is Linux 2.6.30 or higher patched to support the PPC-E10. Open Embedded is a superior Linux distribution for embedded systems. Custom Linux builds are also available on request.
1.29 LVDS LCD/Touch/Backlight (HDR6) Signal Signal 3.3V 3.3V RED - RED + GREEN - GREEN + BLUE - BLUE + CLOCK - CLOCK + VLED +5V VLED +5V BRIGHTNESS EDID DATA EDID CLOCK 3.3V VLED +5V 1.30 PCD-E12 Expansion connector (ABJ1) Signal Reset SPI_MOSI...
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