Texas Instruments OMAP-L138 DSP + ARM9 Manuel utilisateur

1Set the DIP switch with 2, 3, 4 ON

and 1, 5, 6, 7, 8 OFF.

Congratulations on purchasing the OMAP-L138 DSP+ARM9™Development Kit (LCDK)

and welcome to the Quick Start Guide. This guide is designed to help you through

the initial set up of your development kit. The kit provides hardware and software that

allows you to quickly and easily evaluate TI’s OMAP-L138 applications processor.

The following items will be used in this Quick Start Guide.

Troubleshooting

If you do not have the USB-to-UART driver installed on your PC, download it from

www.ftdichip.com/Products/ICs/FT232R.htm

For community support, please visit:

www.ti.com/e2e

The online LCDK User’s Guide is available at

processors.wiki.ti.com/index.php/LCDK_User_Guide

The TI Embedded Processors Wiki can be found at:

processors.wiki.ti.com

For more information on the TI OMAP-L138 applications processor or to download

the latest TI software, visit:

www.ti.com/omapl138

SPRW234

All trademarks are the property of their respective owners.

Power supply

and cord

Mini USB cable

2Connect the supplied mini USB

cable to J3 on the UART-USB port

on the LCDK. Connect the other end

of the cable to a USB port on your

host computer.

OMAP-L138

DSP+ARM9™

Development

Kit

(LCDK)

Quick Start Guide

Single-Core DSP

Your World. Real-Time. DSP

For more information:

www.ti.com/omapl138

OMAP-L138 Development Board

microSD Card + Adapter

Linux™ SDK

Linux ﬁle system

BIOS C6SDK

Code Composer Studio™ IDE v5

Code Gen Tools 7.3.1

OMAP-L138

DSP+ARM9™

4GB SD

OMAP-L138

Application

Processor

Linux 3.1

™

3Insert the microSD card to the SD

slot.

4On the host computer, open a serial

port terminal (like Tera Term or

Hyperterminal for Windows®OS and

minicom for Linux™ OS) and select

the connection to the USB serial port.

5Set the baud rate to 115200, 8-bit

data, no parity, 1 stop bit, no ﬂow

control. Note: To do this in Tera Term,

go to Setup -> Serial port and set the

Baud rate as 115200 from the drop-

down menu.

7Connect the power cord and supply.

8Connect power to the board and

electric outlet.

9Once the board is powered, you

should see U-Boot messages on the

serial console window. U-Boot will

pause for a few seconds before boot-

ing Linux™ to give you the opportu-

nity to stop and modify the booting

process. The above screen shows a

TeraTerm serial console at this U-Boot

pause phase. Hitting enter at this

point will stop the booting process.

If you do not hit enter, U-Boot will

proceed with booting Linux.

10 Once booting continues, the serial

console will display additional

start-up messages until a Linux

point, Linux is up and running with

a complete ﬁle system loaded from

the SD card and you are ready to

begin developing.

OMAP-L138

DSP+ARM9™

4GB SD

OMAP-L138

Application

Processor

Linux 3.1

™

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