STM32MP1 microprocessor hands-on workshop for developersTIPoT Technologies

STM32MP1 microprocessor hands-on workshop for developers

Sam
August 16, 2019
3D graphics, CAN FD, IOT, Linux, MIPI-DSI, STM32MP1

STM32MP157 microprocessors are based on the flexible architecture of a Dual Arm^® Cortex^®-A7 core running at 650 MHz and Cortex^®-M4 at 209 MHz combined with a dedicated 3D graphics processing unit (GPU) and MIPI-DSI display interface and a CAN FD interface.

Who should attend this hands-on workshop?

This workshop is designed for engineers already familiar with embedded Linux development.

You will learn:

How to get started developing with the STM32MP157 Discovery kit (STM32MP157C-DK2)
How to configure and assign peripherals within the STM32MP15x microprocessor
About the different software packages available for the STM32MP15x MPU
Best practices for PCB designs based on the STM32MP15x MPU

Source and register: https://www.st.com/content/st_com/en/about/events/events.html/stm32mp1x-hands-on-workshop-emea-2019.html

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Inspired by the open source initiative and to offer low-cost solution with non-constrained R&D flexibility, the TIPoT platform is developed based on free open source software, with the following notable features:

Low-cost hardware platform.
A variety of sensing and display accessories (current examples include light, temperature & humidity, sensing and LCD display).
Free, feature-rich Integrated Development Environment (IDE)
Free, feature-rich network protocol analyzer.
Open source operating system, Contiki (www.contiki-os.org), offers extensive design, research and development flexibility.
Arduino shield pinout compatible.
Software suite includes typical sensing, monitoring, and control application examples, as well as an end-to- end application framework, all using TCP/IPv6 protocol over IEEE 802.15.4.
Significantly lowers the cost for test/experimental R&D and/or prototyping on TCP/IPv6 over wireless sensor network.

Fitness, medical and healthcare industry
- design and development of tele-health monitoring devices, applications and services; and other wearable or portable monitoring and safety devices and relevant applications.
Sensing and control applications/services
- including smart home/office/building, industrial process control and monitoring, agricultural and environmental monitoring, robotics sensing and control, and so on.
Appliances and consumer electronics products
- using our technology as embedded smart communication and control module.

Researchers at universities, colleges, government and industrial research institutions/labs
- for implementing prototypes, establishing large-scale testbeds for experimental research and performance evaluation of applications, protocols, algorithms, as well as complete products, related to IoT and other relevant technologies
R&D engineers, science/technology enthusiasts, inventors, IoT device vendors, application developers, and service providers.
- for the design of novel IoT devices, applications, services, and fast development of prototypes, final products and tools.
Education community
- e.g. academic institutions and colleges, high schools, for classroom teaching, professional training, course projects, experiments, science fairs, etc.
- Teaching and technical training in embedded system programming, embedded operating systems, wireless sensor networks, network protocols, and so on. (Lecture notes and lab materials coming soon…)
Hobbyists and makers
- for developing various IoT applications and devices.