Overview: Freescale's Kinetis 32-bit ARMŽ-based MCUs come to Automotive - Get introduced to the new Kinetis EA series MCUs for automotive, the first in a series of 32-bit ARM-based MCUs AE-Q100 qualified for harsh automotive environments. This one hour class is targeted at hardware and software engineers working in the automotive industry with a background in electrical engineering and microcontroller design.
The webinar will cover the following topics:
Development environment for Kinetis EA series MCUs, Freescale’s unmatched MCU with comprehensive automotive reference designs and a suite of easy-to-use tools supporting 24 hour prototyping
Kinetis EA series MCUs peripherals suitable for brushless DC motor control
Motor control related software tools that will help quickly build and tune the motor control application
How to get started with Kinetis KEA128 3-phase sensorless BLDC motor control reference design to enable rapid prototyping for motor control application
Overview: This webinar will take a deep dive into one of the main challenges of the Internet of Things: There are multiple wireless protocols which make it difficult to standardize a single language for all the requirements across markets. It will present common use cases where talking different wireless protocols is a key requirement.
The dual-PAN feature allows a single radio to participate in two 802.15.4 based networks simultaneously. We will technically examine the Dual-PAN feature as key solution to provide translator between these different worlds.
What registrants will learn:
Multi-protocol challenges in the Internet of Things era.
Dual-PAN feature: Single radio participating in two networks with robust protocol specifications.
Freescale Dual-PAN offering translates into a cost efficient design.
Linux is rapidly evolving to include more and more features that have explicit value to the embedded developer. Key enhancements include two very high-performance real-time enhancement patches to the Linux kernel, which perform identically for all practical purposes. As a result of this performance, the developers choice regarding which should be implemented can be based on independent criteria including the ability to update/modify existing device drivers for compatibility with the real-time implementation, and the availability of each real-time technique for the selected architecture and kernel version.