- USING RASPBERRY PI VS ARDUINO SOFTWARE
- USING RASPBERRY PI VS ARDUINO PC
- USING RASPBERRY PI VS ARDUINO BLUETOOTH
USING RASPBERRY PI VS ARDUINO SOFTWARE
You can create an Artificial Intelligence-based project on Raspberry Pi due to its powerful hardware and software resources, whereas Arduino Uno doesn’t have such a capability.Raspberry Pi also supports an interface for Camera, which allows you to create a project related to image processing with Arduino Uno, you can not make such a project.Arduino Uno does not have such an interface. With Raspberry Pi 4, you can watch 4K videos with an inbuilt HDMI port, and it also has ports for audio input and output.
USING RASPBERRY PI VS ARDUINO BLUETOOTH
Raspberry Pi supports WiFi Bluetooth for wireless communication, while in Arduino Uno, you need to interface external device for WiFi and Bluetooth.Arduino Uno board has six analog input pins, while Raspberry Pi doesn’t have any analog input pins.The main difference between Arduino and Raspberry Pi is Arduino is a microcontroller-based board, while Raspberry Pi is Single Board Computer.This section will provide the main difference between the Raspberry Pi and Arduino Uno board. Raspberry Pi 4 supports Bluetooth and WiFi.ĭifferences between Raspberry Pi and Arduino Raspberry Pi 3 supports Bluetooth and WiFi. In-Built OTG Port for USB device support like keyboard, Mouse, etc.Īrduino Uno does not support Bluetooth or WiFi.Īrduino Mega does not support Bluetooth or WiFi. Specification of Raspberry Pi and Arduino Boards Functionġ GB, 2 GB, 4GB, 8GB LPDDR4(depending on model) You can get more details about Raspberry Pi 4 by referring to the Raspberry Pi 4 datasheet. The maximal current per pin is with 50 mA the same for the Arduino and Raspberry Pi.The pin diagram of Raspberry Pi is depicted below. The Arduino have a power jack and USB plug for power supply. 8-Bit Shift Registers for more digital I/O: 74HC595īecause the Arduino has a build in analog to digital converter, there are several analog pins.16-Channel Analog Multiplexer/Demultiplexer: CD74HC4067.Use and Arduino Mega with 54 digital pins.In case there is a project where I would need more pins there are 2 options: In my opinion the 20 GPIOs from the Arduino are no downside because until now I did not have a projects where I needed all pins. Therefore the Arduino has in total 20 GPIOs available and less GPIOs compared to the Raspberry Pi. The connections of the Arduino are designed to connect different sensors and actors. But there is no analog pin because the Raspberry Pi does not have an analog to digital converter. To connect a camera the Pi has a CSI camera connector and to connect other sensors, there are in total 40 GPIOs. It has several USB ports and an HDMI output as well as an Ethernet port.
USING RASPBERRY PI VS ARDUINO PC
The connections of the Raspberry Pi are nearly the same as your PC or laptop.
Usage is limited due to lack of computation power and no operating systemĬonnection of multiple devices and run multiple applications at the same timeĬonnection of sensors and actors to the internet and enable IoT applications More expensive and can not read analog sensor values Perfect to read sensor values and control actors like motors.
Highly flexible with different operating systems and able to run multiple applications at the same time. Multiple programs can run at the same timeĥV, 3.3V and Ground Digital I/O pins but no analog pinĥV, 3.3V and Ground Digital I/O pins along with analog pins Hardware oriented connections like GPIOs, power jack, USB plugįiles can be transferred any time via FTP, USB or the SD cardĭata can only be transferred via the flash of the microcontroller PC based connections like HDMI, USB, … and GPIOs
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