Saturday, 19 September 2020 12:51

Ti SimpleLink Bluetooth® Low Energy wireless MCUs Featured

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Low-power wireless standard to easily connect any product to smartphones or tablets
Innovation

Lowest-power for long range

  • Sensor controller core for MCU power optimization
  • Integrated power amplifier: 78mA at +20dBm

Bluetooth 5 Full-featured and qualified

  • Long range, advertising extension, high speed mode
  • Save space with 4x4 QFN, 2.7x2.7 chipscale package
  • Superior performance: up to -103 dBm sensitivity

BAW resonator technology

  • Optimize designs with our BAW
  • High performance, reduced footprint
  • BLE 5.0 out-of-the box
Save cost with the scalable SimpleLink Bluetooth Low Energy portfolio
Crystal-less wireless MCU with TI BAW technology
Save on overall system cost by $0.10 or more with our SimpleLink crystal-less wireless MCU with TI BAW technology.  Streamline design, optimize space and minimize sourcing challenges by eliminating the need for an external crystal. 
 
New CC2640R2L Bluetooth 5.1 Low Energy Wireless MCU
Get started with TI-quality BLE starting at $0.85.  Take advantage of the flash-based design, Arm® Cortex®-M3 application MCU, and superior RF performance to optimize your Bluetooth Low Energy design.
 
Say hello to faster network 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.
 
Wireless MCUs optimized for ultra-low power performance
Our SimpleLink CC13xx/CC26xx wireless MCUs are designed with ultra-low power performance in mind, utilizing an autonomous CPU core called the sensor controller for power optimization. In the case of a Bluetooth Low Energy thermostat,  the main MCU core could sleep while the sensor controller polls temperature sensors, only waking up the main MCU core when the temperature reaches a certain threshold.
 
 
Read 17477 times Last modified on Saturday, 19 September 2020 22:13