Nowadays, various Pi boards are emerging, such as Raspberry Pi, Orange Pi, and the previously shared Remi Pi. What other Pi boards do you know of?
Today, I bring you another Pi board – Mifans Pi T527, which is the first industrial development board launched by Mil Electronics, featuring edge computing with high-performance Allwinner T527.
Since its market launch, it has attracted widespread attention from customers due to its ease of use, high reliability, high performance, low threshold, high integration, open-source design, support for secondary development, and rich software resources. This time, the Mil-Allwinner T527 development board has released the TINA5.0 (Linux 5.15) system for industrial applications. To thank everyone for their support, we are offering a limited-time 30% discount on the Mifans Pi T527, with only 200 sets available, and the price will revert to the original once sold out.
System OverviewThe TINA5.0 (Linux 5.15) system of Mifans Pi T527 is an image built based on buildroot with a QT5.12 interface, including complete hardware drivers, commonly used system tools, debugging tools, etc., containing GUI runtime libraries and HMI interfaces. It supports application development using Shell, C/C++, QML, and Python.
Specific development tools for MYD-LT527 series development boards
MYD-LT527-Distribution-L5.15-V1.0.0.tar.gz
Complete SDK source package
04-Sources
Example
Basic interface test routine code (uart, spi, can, RS485, etc.)
Feature Introduction1.MEasy HMI 2.0 FrameworkMEasy HMI 2.0 is a human-machine interface framework developed by Shenzhen Mil Technology Co., Ltd., based on QT5. The project uses a hybrid programming of QML and C++, where QML is used to efficiently and conveniently build the UI, while C++ is used to implement business logic and complex algorithms. Depending on the type of application, we divide the entire UI into five main categories: multimedia, smart home appliances, health care, public services, and systems. Each category contains different subclasses, and we implement corresponding applications for each subclass, as shown in Figure 1.
Figure 1: Display effect of Mil-Mifans Pi’s HMI 2.0
Figure 2: MEasy HMI 2.0 Structure Block Diagram
2.RT-Linux Real-time Patch Effect TestingTest data
Kernel ListThe u-boot, kernel, and Linux file system source code for MYD-LT527 are completely open, and users can obtain the software information directory from the disc image under the “04_Sources” directory after extracting the MYD-LT527-Distribution-L5.15-V1.0.0.tar.gz package:
Access LinksRegarding the TINA5.0 (LINUX 5.15) system of Mifans Pi, users can contact sales after purchase to obtain the image file and source code.
For more discussions on technical issues regarding Mifans Pi, please visit the official Mil forum:
https://bbs.myir-tech.com/forum-67-1.html
Purchase link:
https://detail.tmall.com/item.htm?id=758523182967
(Tip: The official account does not support external links, please copy the link to the browser to open)
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If you want to know more information, please feel free to contact usShenzhen Headquarters Phone:0755-25622735 17324413392Address: 6th Floor, Building 2, Yunli Intelligent Park, Bantian, ShenzhenShanghai Office Phone:021-62087019 17324413392Beijing Office Phone:010-84675491 13316862895Technical Support Phone:027-59621648Email: [email protected]
Figure 1: Display effect of Mil-Mifans Pi’s HMI 2.0
Figure 2: MEasy HMI 2.0 Structure Block Diagram
