Arm Cortex-M0+ マイコン

The rapid adoption of electric and hybrid vehicles has spurred demand for cost-effective embedded controllers that satisfy growing safety and security requirements.

The MSPM0 portfolio, qualified to AEC-Q100, offers 8KB to 512KB of flash memory and eight- to 100-pin device options with advanced technology nodes, a competitive cost structure, integrated analog and communication interfaces, an efficient math accelerator, and resources to realize competitive and quick automotive designs.

Benefits:

• Up to 80MHz CPU frequency.
• Optimized safety and security.
• Abundant integrated analog peripherals.
• Support for multiple communication interfaces.
• Comprehensive design resources.

Bring powerful artificial intelligence (AI) to the edge without the cost or power trade-offs. TI MSPM0 MCUs deliver ultra-low-power, affordable edge AI capable of running a wide range of AI models directly on the device with minimal energy consumption. The combination of neural processing unit (NPU) acceleration and advanced analog integration in MSPM0 devices help address such challenges such as classification, fault detection and predictive analytics at ultra-low latency and ultra-low power.

Benefits:

• Run AI models at the edge on low-cost hardware.
• Flexible deployment on a CPU or NPU.
• NPU acceleration and advanced analog for unique edge capabilities.

As electrical circuits and system designs become smaller, board space is now considered a scarce and valuable resource. This trend has driven semiconductor innovation resulting in manufacturing advancements, package optimization and increased feature integration, enabling designers to effectively get more for less.

The MSPM0 MCU portfolio provides scalable pin-to-pin packages specifically designed to add more features to a product without increasing board size. Further size optimizations include new wafer-chip-scale and ball-grid array packaging. MSPM0 MCUs provide more options and possibilities when designing products in a shrinking world. 

As industrial, automotive and personal electronics applications become more connected, and as the tools available to attackers continue to grow, the importance of device security in embedded applications continues to increase. MSPM0 MCUs include a variety of hardware and software security technologies for engineers to leverage when developing an application with security in mind.

MSPM0 MCUs offer a range of cybersecurity enablers including debugging security, secure boot, secure storage, cryptographic acceleration and PSA Certified Level 1 options. As the MCUs scale from low cost to high performance, the cybersecurity enablers scale in parallel.

Designs compliant with functional safety requirements must include the management of both systematic and random faults. Our new product development process for all of our components helps decrease the probability of systematic failures.

MSPM0 MCUs offer TI Functional Safety Quality-Managed and TI Functional Safety-Compliant (Automotive Safety Integrity Level B) and PSA Certified Level 1 options to assist compliance with standards such as International Organization for Standardization 26262 and International Electrotechnical Commission 60730. Each TI Functional Safety-Capable device includes a functional safety manual; failure modes, effects and diagnostic analysis; and a safety software library.