SPRADA3
july 2023
AM2631
,
AM2631-Q1
,
AM2632
,
AM2632-Q1
,
AM2634
,
AM2634-Q1
1
Abstract
Trademarks
1
Introduction
2
Device Nomenclature
3
R5 Cores and TCM in AM263x
3.1
R5 Core Nomenclature in Am263x
4
Example Support for AM263x Family
5
IPC Example Support for Two-Core Devices (AM2632)
5.1
Option 1 Using MulticoreImageGen.js
5.2
Option Two (Migration Guide from a Four-Core System Project to a Two-Core System Project)
6
System Project Example Support for Two-Core Devices (AM2632)
7
Target Configuration in CCS
7.1
Prerequisites
7.2
Creating a Target Configuration
8
Connecting to the Target Core
9
Hardware Description for Launch Pad and Control Card
9.1
Launchpad Pinout for Standard Analog Devices
9.2
ADC and DAC Mapping in Launchpad for Standard Analog
9.3
Pinmux Mapping - Standard Analog - Launch Pad
9.4
ADC and DAC Mapping in Control Card for Standard Analog
10
Summary
11
References
7.1
Prerequisites
Make sure you have installed CCS as mentioned in
Download, Install and Setup CCS
.
Make sure the UART port used for console is identified as mentioned in
Setup UART Terminal
.
Make sure you have the EVM power cable, JTAG cable, UART cable connected as shown in
Cable Connections
.
Make sure you have done the steps for a SOC initialization method.
Recommended method is
SOC Initialization using the Binary Flashed in QSPI memory
.
Other options, if recommended method cannot be used, are mentioned in
SOC Initialization
.
Make certain EVM boot mode switch is setup correctly based on the SOC initialization method.
For the
recommended
method,
SOC Initialization using the Binary Flashed in QSPI memory,
the boot mode is
QSPI BOOT MODE
.
Make certain the UART or CCS console logs on doing EVM Power-on indicate that SOC initialization is successful.
Make certain that you have built the example of interest as mentioned in
Build a Hello World example
.