April 27, 2018
TI's Sitara™ processors feature a unique subsystem, called the Programmable-Real-Time Unit Industrial Communications Subsystem (PRU-ICSS), which enables the integration of real-time industrial communications protocols and eliminates the need for an external ASIC or FPGA. This video demonstrates how the PRU-ICSS subsystem can provide flexible interface between the processor and multiple Analog-to-Digital Converters (ADCs) to enhance data acquisition performance. Tune is as we review the benefits of the PRU-ICSS and use a single PRU-ICSS to capture data from six 8-channel ADCs, sampling at 256ksps each.
Date: June 23, 2017
1AM65x Sitara™ processors overview (7)
This section provides an overview of the AM65x Sitara processors for industrial application development.
2Processor SDK for our embedded processors (12)
This section provides an overview of the Processor SDK for Linux and RTOS for use on our embedded processors.
3Sitara™ processors building blocks for PRU development (5)
This series includes an overview of the PRU subsystem, device and IO integration, application design, and programming model.
4Tools for PRU development (4)
This series provides information on how to get started using the software and tools for developing PRU applications on supported processors.
5Running industrial protocols on PRU (3)
These videos introduce the PRU-ICSS protocols built on top of Processor SDK to enable real-time industrial communications for our Sitara™ embedded processors.
6AM65x Sitara™ processors flash subsystem (FSS) (3)
These training modules provide an introduction to the Sitara AM6x FSS.
7Introduction to PRU-ICSSG (3)
This section provides an overview of the PRU-ICSSG for gigabit-speed industrial subsystems.