ST Released STLINK-V3MINI In-Circuit DebuggerTIPoT Technologies

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ST Released STLINK-V3MINI In-Circuit Debugger

Sam
August 16, 2019
Debugger, Eclipse, in-circuit debugger, JTAG, ST, ST-LINK, STLINK-V3, STM32, SWD, Tipot, UART

A year ago, STMicro launched their STLINK-V3SET in-circuit debugger/programmer for STM8 and STM32 microcontrollers, which the company claimed could transfer data quicker with more flexibility due to its onboard STDC-14 connector. For around $35, it’s still a great board to have in the toolbox, but if you only need a stripped-down version of the board, you’re in luck as STMicro has released their STLINK-V3MINI debugging and programming probe, with a price tag of just $9.75.

Under the hood, the STLINK-V3MINI includes JTAG/SWD (Serial Wire Debugging) interfaces with 3V to 3.6V application voltage support, 5V tolerant inputs, JTAG communication support, and SWD and serial wire communication support. There’s also a Virtual COM port with 3V to 3.6V application voltage support on the UART interface, 5V tolerant inputs, and offers a VCP frequency up to 15MHz. Rounding out the features are a micro USB 2.0 connector for power and host computer connection, a pair of RGB LEDs (communication/power), and STDC14 signals protection.

Tipot Development kit and IDE suite fully supports the new debugger to help researches, developers and hobbyists get on track faster.

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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.