Mobile Internet Android IoT Experiment Box

Mobile Internet Application Training System

Mobile Internet Android TeachingPlatform, CPU adopts Samsung S5P4418 processor, quad core Cortex-A9, clock speed of 1.4-1.6GHz, 1GByte DDR3 memory, 8GB eMMC 5.0 Flash storage, 7-inch high-definition 1024x600, TFT-LCD multi-point capacitive touch screen. The system supports Android 5.1, Ubuntu 12.04, Linux+QT4.8.

The gateway board has rich communication interfaces: providing 2 serial ports, 4 USB HOSTs, UST OTG, Ethernet ports, audio interfaces, etc HDMI、RS485、 Voice call interface and reserved onboard Zigbee, Bluetooth 4.0, WIFI modules.

The mobile internet Android teaching platform has rich peripheral resources, mainly including: 4G communication module, industrial data GPRS/EDGE module, high-definition camera, WIFI module, Bluetooth 4.0, microphone and speaker, programmable buttons and LED lights, onboard Zigbee interface (expandable mobile internet node). The mobile internet Android teaching platform provides rich and distinctive hardware resources, abundant teaching resources, and integrated after-sales service.

Provide a cloud platform for mobile internet devices, as well as teaching resources for public cloud platforms and private cloud platforms. Provide mobile internet private cloud platform resources for deployment in the school's internal computer room for practical training experiments, fully open platform management permissions. The cloud platform communication interface adopts standard RESTful API and provides a complete set of Android application software development training resources. The device domain supports MQTT, HTTP, TCP transparent transmission, and Modbus protocols. Software development provides Android development routines and HTML5 application development routines.

1.1 Gateway Technical Parameters:

The gateway core adopts Samsung S5P4418 processor, quad core Cortex-A9, 1.6GHz main frequency, and supports smooth 2D/3D graphics acceleration; 1GB DDR3 memory, 8GB eMMC 5.0 Flash storage.

1.2 Teaching and experimental resources:

Provide Android development experiment routines based on Android 4.0 and above operating systems, as well as Linux development experiment routines and QT application development routines based on Linux3.0.15 and QT4.8. All experiments provide detailed experimental manuals, code analysis, and complete source code.

AndroidExperimental development section:

Provide a complete Android development teaching system and routine, including Android development environment setup, Android application development basics, activity program Activity, user interface View experiment, SQLite database experiment, MEMU menu experiment, Webview, Wi Fi operation experiment, phone SMS experiment, peripheral hardware control experiment, online shopping mall application experiment, intelligent hardware experiment, Bluetooth BLE comprehensive application experiment, smart wristband experiment, intelligent cloud air conditioning experiment, intelligent cloud socket experiment, and intelligent light experiment. All experiments provide detailed experimental instructions and code analysis, along with complete source code.

Mobile Internet Device Cloud Platform Experiment Part:

Provide a complete mobile internet device cloud platform full stack development teaching system and routines. Provide at least 5 types of device domain development experiments, including MQTT protocol, HTTP protocol, TCP transparent protocol, Modbus protocol, CoAP protocol, etc. Application software development provides Android development routines,. Net development routines, and HTML5 based cross platform development routines.

LinuxExperimental development section:

Provide a complete Linux development teaching system and routines, including Linux development environment setup, Linux system customization and compilation, Linux basic program development, and Linux advanced application development. Hello World program experiment, C++experiment, Process experiment, Thread experiment, Time experiment, beep experiment, TTY serial port, FrameBuffer, Hello Qt program experiment under QT, onboard serial port program experiment under QT, Zigbee experiment under QT, etc. All experiments provide detailed experimental instructions and code analysis, along with complete source code.

1.3 Platform compatibility instructions:

The mobile internet Android teaching platform can seamlessly integrate various cloud platform training teaching software on the market, realizing professional teaching of cloud computing and mobile internet application development, and meeting the training needs of schools.

1.4 Product Specifications:

Equipment dimensions: 34.5 * 40 * 15CM

Equipment structure: Double layered aluminum box

Parameter specifications: