16-bit

16-Bit RL78/F24 and RL78/F23 Deliver Enhanced Security, Connectivity, and Functional Safety Capabilities

Certified functional safety solution from Microchip accelerates the development and certification of automotive safety applications

FUSION for PIC v8 includes Wi-Fi debugging, Click peripheral sockets, SiBRAIN MCU sockets plus display options

New RL78/G23 Optimized for IoT End Point Applications Expands Peripheral Functions and Security Functionality; Improves Power Consumption

Low power MCU family offers power-saving peripherals, hardware safety and secure code protection

When designing IoT solutions, developers can quickly, easily and securely connect to any cloud using Wi-Fi, Bluetooth and narrow band 5G technologies

Further help with documentation requirements aided by new MPLAB Code Coverage testing and diagnostic tool

Visit Booth 4A-633 for Interactive Technical Demos, Giveaways and More

This article describes the architecture of 16-bit microcontrollers and how it makes them the best choice for many battery- powered consumer and IoT endpoint applications. It then introduces some examples of 16-bit microcontrollers from Microchip Technology and Texas Instruments, and shows how to get started with a 16-bit design.

Ravikiran Shetty from Microchip Technology Inc. discusses some of the applications that are made easier by using a peripheral trigger generator.