The evaluation board (pMaker) provided by PEBLE integrates PEBLE Family MCU and peripheral application circuits, such as GPIO and expansion interfaces and power supply interfaces. pMaker mainly consists of two parts: PEBLE Family MCU platform and debugger/programmer. Can be used as a standard template for project evaluation, functional development, system verification, and power consumption monitoring.
PEBLE GUI solution provide a development platform for embedded GUI software, rich graphical user interface platform resources and example code. It is suitable for industrial control, smart home appliances, medical equipment, electric vehicle/motorcycle, and can meet the LCD Human Machine Interface (HMI) needs of various production occasions and end products.
◈ General Evaluation
◈ Application Specific Evaluation
General Evaluation
pMaker is base on pMicro® microcontroller family's evaluation board. In addition to a wide variety of peripheral application reference circuits (such as GPIO, Arduino UNO interface, Ammeter with multiple power supply interface, etc), PEBLE also provide numerous supporting development softwares to bulid customized standerd modules.
◈ p600 Evaluation Board
Application Specific Evaluation
With the rise of IoT and industry 4.0, PEBLE committed to roll out the IoT development platform and total solution based on the ARM Cortex-M core micro-controller to meet the different needs of developers.
IoT development platform includes gateways, routers and sensors. Most importantly, it is convenient for developers to quickly create and deploy IoT solutions with flexible kit combination or used independently. In terms of application, in addition to meet the requirements of low power consumption, small size, and low cost, it also improves computing capability and security.
PEBLE plays an important role in launching the development platform of embedded GUI software applied to ARM Cortex-M core MCUs and MPUs. This platform resource includes graphic Lib. which allows product developers to quickly and efficiently develop a soft, textured human-machine display interface (HMI) to increase product added value.
