SPRADE6 October   2023 AM2634

 

  1.   1
  2.   Abstract
  3. 1Introduction
  4. 2Floating-Point Unit
  5. 3Trigonometric Math Unit
  6. 4Control Law Accelerator
  7. 5Viterbi, Complex Math, and CRC Unit
  8. 6Industrial Communication Subsystem
  9. 7Discover the Best MCU for Real-Time Control Needs

Discover the Best MCU for Real-Time Control Needs

As real-time control systems evolve in complexity and their requirements broaden, selecting the right microcontroller is more crucial than ever. With over 25 years of experience in developing real-time control technology, TI proudly offers two exceptional microcontroller product series tailored to meet these advanced demands.

For those engaged in rigorous real-time control applications, the TI C2000 real-time MCU portfolio, based on proprietary architecture, provides our most dedicated control-system designs. These devices are tailored specifically for demanding domains such as motor drives and renewable energy systems. These products offer advanced on-chip components, including high-resolution PWMs, ADCs, and many of the distinct hardware accelerators discussed in this article. With all of these tailored features, C2000 MCUs are our premier option for high-performance control projects that demand precision.

Conversely, when projects necessitate both robust real-time control and the ability to handle diverse workloads, our ArmĀ®-based AM26x MCU portfolio performs extremely well. Based on the popular Arm Cortex-R architecture, this portfolio does not just excel in control (that leverage integrated C2000 control features) but is also adept at managing tasks ranging from data analytics to intricate communication protocols. The comprehensive set of features, inclusive of enhanced security modules and specialized communication interfaces, as well as up to SIL 3 or ASIL-D functional safety marks our AM26x MCUs as the top pick for professionals seeking expansive processing abilities and seamless integration within Arm-centric ecosystems.