Board Features:
• On Board Programming.
• Plug & Play Interface Connectivity.
• Professional EMI/RFI Complaint PCB Layout Design
• Modular Block design makes Easy access & quick Prototyping
• FRC connectivity features minimize the connection Error.
• ROHS Compliant High Quality Grade PCB with wooden Enclosure.
• Open-source Hardware RPI 0 single-core 32-bit up to 240 MHz, Flash 16 MB.
• Supported most of the open-source platforms for Custom Programming
• The device offers multiple industrial protocols like MODBUS RTU, MODBUS TCP, JSON, MQTT and FTP and supports secure communication SSL.
• Supported most of the cloud platforms including Microsoft Azure & AWS etc
• OTA Firmware upgrade supported
• On Board Programming.
• Supported communication over USB, WiFi, Bluetooth, and Modbus RTU and RS232
• Supported DC 12V Power Supply.
• High Quality Grade PCB with wooden Enclosure.
• 8 interfacing LED’s.
• 1 * 4 Menu keypad.
• 4 * 4 Matrix Keypad.
• RS232, RS485, USB communication port.
• 7 Segment Multiplexed Display.
• 16*2 LCD & OLED Display
• ADC & DAC Card.
• 8 bit 4 Port IO.
• On Board Wi-Fi/Bluetooth Connectivity
• 3.3 to 5V Level Converter.
• Power Supply 3.3V and 5V
• SD CARD Interface.
• RTC & EEPROM Interface.
• DC Motor/ Stepper Motor Driver.
• Relay, Buzzer.
• 1xTemperature Sensor.
• 3x Analog Test POT.
Scope of Learning Experiments:
• LED blinking.
• 8 bit LED Left shift, Right shift and counting operation.
• Keypad Interrupt Interface
• 6*2 LCD interface.
• Matrix Keypad Interface.
• ADC & DAC interface.
• Traffic Light Signal Interface.
• 8 bit DIP switch interface.
• 7 Segment interface.
• L298 Driver for DC Motor and Stepper Motor Interface.
• Communication using UART, I2C & SPI
• Buzzer, Relay Interface.
• RS485, RS232 serial communication.
• RPI 0 IO Interfacing with different sensor.
• RTC DS1307I2C protocol interface.
• AT24C04 EEPROM I2C protocol interface.
• Wi-Fi Communication.
• Interfacing SD Card and handling file system
• Interfacing sensor with & data parsing using RESTful & Json protocol
• FTP Implementation.
• Interfacing sensor with RPI O & MQTT protocol Implementation.
• Exploring MQTT features subscribe & publish methods.
• MQTT SSL certificate implementation – RPI 0
• Interfacing RS485 salve using MODBUS protocol.
• Interfacing BLE & Data parsing using RESTful/Json/MQTT protocol.
• Text to speech implementation.
• Device control through speech recognition & alexa integration.
• Appliance control through cloud platform using MQTT protocol.
• Environment data like temp & humidity capturing using cloud platform.
• Modbus RTU Communication and accessing data from Industrial PLC.
• Wireless TCP/IP socket connection implementation using node and server architecture.
• Exploring OPC / UA server and client Implementation.
• Implementation of RPI 0 WEB server application.
Applications
• Generic Low-power IoT Sensor Hubs
• Cameras for Video Streaming
• Generic Low-power IoT Data Loggers
• Over-the-top (OTT) Devices
• Speech Recognition
• Image Recognition
• Home Automation
• Smart Building
• Industrial Automation
• Smart Agriculture
• Audio Applications
• Health Care Applications
• WiFi enabled Toys
• Wearable Electronics
• Retail & Catering Applications
