SimpleLinkTM MCU platform
One environment. Unlimited potential.
Our SimpleLink™ microcontroller platform sets a new standard for developers with the broadest portfolio of wired and wireless Arm® MCUs (system-on-chip) in a single software development environment, which delivers flexible hardware, software and tool options for your IoT and automotive applications. Invest once in the SimpleLink software development kit and use throughout your entire portfolio.
The broadest portfolio of wired and wireless Arm® Cortex®-M based MCUs with the lowest power, advanced security and best-in-class analog integration.
Simple yet powerful hardware & software tools featuring device code portability in the SimpleLink SDK, a complete set of validated, fully documented drivers and stacks.
Sophisticated security features specifically designed for IoT devices to combat the threats of today and the unknowns of tomorrow.
Full-featured Bluetooth 5 solutions
Features all mode Bluetooth 5 certified support, automotive-qualified wireless MCUs, and has the industry’s smallest full-featured Bluetooth 5 solution.
Ultra-low power long-range star network
Out-of-box star network solution, multi-year operation on coin cell battery. Programmable ultra-low power sensor controller interface.
Dual-core and low power SoCs
FIPS-verified ICs optimized for low power. Enhanced application and network security capabilities.
Certified mesh network
Zigbee 3.0-certified with lowest power integrated +20dBm PA and green power support.
Self-healing low-power mesh network
Lowest power thread platform. OpenThread stack support. Optimized router examples available in SimpleLink academy.
Concurrent wireless protocol operation
Concurrent multi-protocol & multi-band. BLE + Zigbee or BLE + Sub-1 GHz. Pre-built multi-protocol manager with flexible priority scheduler.
High precision ADC
16-bit precision 1Msps SAR ADC with 128kB to 2MB Flash.
Ethernet wired MCUs
Integrated MAC & PHY with 20+ serial interfaces. Made for industrial gateways.
Explore our Connect video series covering all things connectivity. We bring in experts to talk about the latest industry IoT trends and our SimpleLink technology, hands-on demos, new product previews, training and more. Innovation starts here!
LPWAN just got standardized
TI is proud to be a founding member of the newly established MIOTY® Alliance, responsible for the development of a new standardized protocol on the Sub-1 GHz spectrum for low-power wide-area networks (LPWAN). This new standard lets you create long-range, low-power and robust networks for industrial IoT applications.
Say goodbye to quartz
Introducing the industry’s first crystal-less, wireless MCU which integrates a bulk acoustic wave (BAW) resonator within the package, eliminating the need for an external quartz crystal. This multi-standard MCU will allow you to create simpler, smaller designs while increasing performance and lowering costs. It will also shorten development time by eliminating the process of selecting, calibrating and installing external quartz crystals.
Say hello to faster network connectivity prototyping
Create secure, low-power, multi-band sensor networks in minutes with our new LaunchPad SensorTag Kits. This fully enclosed, battery-operated wireless prototpying platform can jumpstart your development with out-of-the-box battery-operation and on-board sensors.
SimpleLink offers comprehensive security features for SoC devices from end-nodes to the cloud with many features including:
- Cryptographic acceleration (AES 128/192/256, DES/3DES, SHA 1/2)
- Networking security (WPA2, TLS)
- Secure firmware & software update (file system security, software tamper protection)
- Secure boot (authenticated boot, standard secure, root-of-trust public key)
- Over-the-air security content delivery
Don’t compromise performance for power
SimpleLink wired and wireless MCUs can meet your energy budget and system timing requirements with ultra-low power performance for every power constraint (average, peak performance and battery lifetime). Features include:
- Advanced power-learning algorithm
- Low power sensing with autonomous ultra-low-power sensor controller CPU
- High-precision ultra-low power ADC
- Integrated power amplifier