Know the Difference Between Arduino and Raspberry Pi

arduino projects, raspberry pi projects -

Know the Difference Between Arduino and Raspberry Pi

Raspberry Pi and Arduino are two popular electronic boards for DIY builders, amateurs, and even professionals. They are two completely separate boards. When you buy raspberry pi Dubai, you can use it as a learning tool for computer programming. In contrast, the Arduino sensors comes designed for speedy programming and circuit prototyping. Both have a CPU that controls the execution of instructions, timers, memory, and I/O pins. 

Differences between Arduino and Raspberry Pi:

Control Unit - Arduino's control unit is from the ATmega family. Raspberry Pi's control unit is from the ARM family.

Basis - Arduino is a microcontroller-based platform (MCU). On the other hand, Raspberry Pi is a microprocessor-based device (SBC).

Use - Arduino controls electrical and electronics components Dubai that connect to a system's circuit board. Raspberry Pi's primary function is to compute data and information to provide effective outputs. Based on the computation's result, it also regulates the numerous components of any given system.

Hardware - The hardware construction of Arduino boards is quite simple. Raspberry Pi boards have a somewhat complicated hardware architecture.

Software - Arduino boards are programmed in C and C++. Raspberry Pi supports a Linux-based operating system called Raspberry Pi OS. People may also install whichever OS they like.

CPU Architecture - Arduino is designed on 8-bit architecture. Raspberry Pi is built on 64-bit architecture.

RAM Usage - Arduino uses just approximately 2 KB of RAM. Raspberry Pi usually needs roughly 1 GB of RAM.

Processing Speed - The processing speed of an Arduino in a system is 16 MHz. Raspberry Pi has a processing speed of 1.4 GHz.

Logic level - The logic level of Arduino is 5V. The logic level of Raspberry Pi is 3V.

Internet and Wireless Connectivity - Internet, Bluetooth, and WiFi are not supported by Arduino. People will need extra modules or shields to link it to the internet. A built-in Ethernet port, Bluetooth, and WiFi are all available on Raspberry Pi.

Power Drop Effect - When Arduino devices get turned on, they begin executing code. Therefore, when power gets turned off abruptly, users will not face any such problems as corrupt operating systems or errors. Raspberry Pi takes the same level of attention as a computer. People must correctly shut down the operating system.

Cost Efficiency - Since it is less expensive, Arduino sensors have greater cost efficiency. Because it is more costly, Raspberry Pi has a lower cost-efficiency.

I/O Drive Strength - In Arduino, the I/O current drive strength is greater. In the case of Raspberry Pi, the I/O current drive strength is lower.

Power Consumption - Arduino consumes about 200 MW of power. Raspberry Pi consumes about 700 MW of power.

Capability - Arduino is commonly used to conduct repetitive, simple, and basic activities. Raspberry Pi is capable of multitasking.

License - Arduino is a free and open-source platform. It’s hardware and software designs are both open sources. Raspberry Pi's hardware and software are closed-source.

Applications - Arduino finds its applications in traffic signal timers, parking lot counts, weighing equipment, etc.  Robot controllers, game servers, and stop motion cameras require Raspberry Pi. You can view Arduino starter kit projects to understand more about its applications.

Both Raspberry Pi and Arduino sensors have notable differences- minor and major. They have benefits and drawbacks. The decision to use one of them is based on the project type and budget.