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TI 16-bit and 32-bit microcontrollers
Low power and high performance MCUs, with wired and wireless connectivity options.
Let's start with your design. What are you looking for?
Learn more about TI's microcontroller products to select the right MCU.
Low-power MCUs |
Performance MCUs |
Wireless MCUs |
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Combines smart analog with low system energy to fit any power budget 
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Specializes in control loop and functional safety applications 
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Connecting the world one product at a time with low-power wireless MCU solutions.  |
 Applications where the majority of devices life is in standby  MSP Low-Power + Performance MCUs Mostly 'On' battery powered applications needing significant compute requirements |
 C2000 ™ Real-time Control MCUs Applications needing low latency closed loop control  Expanding real-time control platforms with Host Control & Industrial Communications technology  Applications that require functional safety |
 Industry leading NFC and 13.56MHz RF solutions 
MSP with integrated Sub-1GHz RF transceiver for ultra-low power applications
Integrated Sub-1GHz RF transceiver with a Cortex M3 MCU
Multi-protocol platform offering solutions for 2.4GHz, Bluetooth, BLE and ZigBee technologies
Internet of Things solution with integrated Wi-Fi
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MCU TI Designs
Comprehensive designs based on a broad range of applications which include all you need to get started
- Schematics or block diagrams
- Design files and test reports
- BOM
- Software and technical documents
LaunchPad™ Ecosystem
Rapid prototyping platforms and application plug-in boards called BoosterPacks enable quick and easy evaluation
MCU innovation
Innovation is at the core of TI MCUs. From ultra-low power MSP430™ MCUs and high-performance C2000™ real-time controllers, to ARM-based MCUs, TI's microcontroller platform offers innovated devices with integrated on-chip architectures, unique intellectual property, system expertise in key markets, and a comprehensive ecosystem of software, tools and support.
Process technology
Process technology
The foundation for TI MCUs is our process technology, which consists of three major building blocks:
- Non-volatile memory
- Low power
- Analog in the nodes
TI is continuously innovating and pushing the boundaries to ensure we’re using the best process technology for our microcontroller designs.
130 nm process
Features FRAM (ferroelectric random access memory), allowing 100,000x read/write without consuming extra battery power, which results in real-time data collection with ultra-low-power consumption.
65 nm process
TI is a manufacturer in production with 65 nm, which provides best-in-class ULL (ultra-low leakage). This process node stretches the performance vector and enables more MHz or a higher clock-rate, allowing high-performance applications that still consume relatively low power.
Future Nodes
TI is always looking on the horizon for the next biggest differentiator in process technology — we never stop innovating in this space.Architecture & integration
Architecture & integration
TI MCUs include unique system architecture, offering differentiated platforms to choose from based on your needs. Our broad portfolio of microcontrollers allows our customers to innovate and create designs across a wide range of applications.
Low-power MCUs
Low-power MCUs, utilize a SW managed flexible clock system together with a von-Neumann architecture to deliver both ease of use and low power consumption. Together with interrupt handling and SRAM/FRAM for real-time data capture, these devices are built from the ground up to preserve battery life. This trend is continued with integrated analog and digital peripherals such as high performance ADCs and a real-time clock that can operate without the CPU for simpler data capture and manipulation. Software architecture can be simplified as well with integrated peripherals from hardware multipliers to AES hardware accelerators.
Learn more about Low-power MCUsPerformance MCUs
Performance MCUs consist of microcontrollers designed for closed-loop control applications requiring real-time performance, connectivity, and safety functionality. Comprising this portfolio are C2000™ Real-time Control MCUs, Control + Automation MCUs, and Hercules™ Safety MCUs. C2000™ Real-time Control microcontrollers provide real-time closed-loop control through powerful DSP processing, high-resolution actuation, and precise sensing. Control + Automation MCUs provide targeted solutions for closed-loop control applications that require connectivity and system automation. Hercules™ Safety MCUs provide closed-loop control for safety critical applications with specific design for functional safety standards such as IEC61508 and ISO 26262.
Learn more about Performance MCUsSmart analog
Smart analog
With unique IP targeted for specific markets and customer needs, customers are able to further optimize the performance of their system design. For example, here are a few critical IPs that set us apart:
- TI strategically integrates smart analog and digital peripherals to ensure customers leverage the optimal MCU for their specific applications. Integration of these peripherals also decreases the number of discrete parts, which helps to reduce BOM costs for our customers. Unique peripherals for TI are Delta Sigma ADCs, Ethernet PHY and OpAmps.
- Crypto security embedded encryption on the MCUs provide a safeguard for applications involving critical, proprietary data.
- TI’s InstaSPIN™ motor control technology is embedded on the ROM in C2000 MCUs with proprietary algorithms to get motors spinning in five minutes or less (versus months) and improving application efficiency by as much as 80 percent!
Systems expertise
Systems expertise
Building upon 20+ years of system and market expertise to further help our customers, we provide real-world applications kits and reference designs to aid your development for specific applications. Our continual support for and experience with our customers’ markets and applications enables us to design next generation of MCUs to address future design needs.
TI Designs
Find reference designs leveraging the best in TI technology for microcontrollers.
All TI Designs include:
- Comprehensive designs include schematic, test data and design files
- Created by experts with deep system and product knowledge
- Spans TI´s micocontroller portfolio of products
Focused Applications
TI microcontrollers help shape systems all over the world to enable design advancements that are fast, green, smart and fun. Our ultra-low-power MSP430™ MCUs and high performance C2000™ devices offer a wide selection of embedded controller products to fit your design needs. TI’s MCU portfolio is complete with a variety of versatile and dependable options, and we continually innovate alongside our customers to meet their demands, both now and in the future.
Support & Community
Search for solutions, get help, share knowledge and solve problems with fellow engineers and TI experts.
All microcontroller forumsMCU ecosystem: software, tools & kits
MCU ecosystem: software, tools & kits
TI MCUs comprehensive ecosystem includes unique software, tools, and innovative kits, and an E2E community for support, as well as third party software and tools. With this toolkit of resources at your fingertips, you have support throughout your design process.
Software & Tools
TI provides the necessary software components for a firm foundation of software, making product development easier and faster, leaving more time for you to add your own differentiation to your designs.
Kits
TI MCUs hardware ecosystem includes three categories depending on what phase of the design process you’re at:
- Evaluation modules for initial assessment and for getting familiar with TI MCUs
- Development kits that offer a more robust ecosystem
- Application kits designed for specific markets
Third Party Tools/Software
TI’s Design Network Partners, including the ARM development network and vendors such as IAR, Mentor Graphics, Green Hills and so many more, also offer hardware solutions to enable faster development for our customers.
Learn More
From Low-power MSP MCUs to performance C2000™ real-time controllers, Cortex®-M4 MCUs and Hercules ARM-based MCUs for functional safety, TI offers the broadest range of embedded control products.