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
7.2
Creating a Target Configuration
Go to
View
>
Target Configuration
.
Figure 7-1
Target Configurations in View
Create a new target configuration.
Figure 7-2
New Target Configuration
Give a name to the new target configuration, typically {soc name}_{JTAG type}.
Figure 7-3
New Target Configuration Window
Select connection as XDS110 USB Debug Probe.
Figure 7-4
Debugger Configuration
In
Board or Device Setting
, choose AM2632 or AM2631 depending on the device.
Figure 7-5
Choosing the Device or Part Number
Under Advanced tab, make certain that all the settings are configured.
Figure 7-6
JTAG Frequency Configuration
Under Advanced tab, select Cortex_R5_0.
Make certain that the device csp gel file path is in the Initialization script field.
Figure 7-7
GEL Scripts
Click
Save
to save the newly created target configuration.
Now complete the
EVM Setup
to prepare the EVM for running programs.