Over the past five years, the Raspberry Pi Foundation has sold 12.5 million personal computers worldwide. The popularity of this device has increased over time and more and more people are adopting it. The latest Raspberry Pi device is capable of performing most of the daily tasks that a decent computer is capable of. However, the truth is that there are fundamental differences between the two devices that cannot be ignored.
The main differences between the Raspberry Pi and a normal computer are its design, size, price, connectivity, memory and storage. Other differences include input/output components such as ports, memory options, displays, RAM, and design/engineering.
Since the launch of the Raspberry Pi devices, the team that designed them has revolutionized what you can do with a credit card-sized computer. This technology rests on the shoulders of many computer giants.
In this article, we’ll take a detailed look at the differences between the Raspberry Pi and a regular computer. So sit back, relax and read on to find out more. Reading this book will definitely be very educational for you!
Differences between Pi raspberry and PC
Several factors differentiate your regular computer from a Raspberry Pi. Since both devices perform the same functions, it’s pretty hard to ignore some of these differences.
These differences relate to the design and operation of the devices. So if you want to choose between them because of these differences, don’t be afraid. I have what you need!
The normal office you are used to consists of several interdependent elements. The backbone of a regular computer is the motherboard. It has other components like RAM, storage, CPU, GPU. They are connected to the motherboard by standard connectors. It forms a complete office tower. alt=width=800 height=475 data-ezsrc=http://server.digimetriq.com/wp-content/uploads/2021/01/Whats-the-Difference-Between-a-Raspberry-Pi-and-a-Computer.jpg data-ez= /> Computer components on the motherboard.
The case of the Pi raspberry, on the other hand, is quite different. All in one! Compared to a computer, the Raspberry Pi has a very small motherboard (the size of a credit card). The thing is, it’s a motherboard!
All components are soldered directly to the motherboard, so they cannot be replaced or upgraded.
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Another difference that cannot be overlooked is the size. The dimensions of the Raspberry Pi and the normal computer are different.
As mentioned earlier, the Pi of the raspberry is the average size of a credit card. The Raspberry Pi Foundation has done an excellent job of keeping this amazing device simple in size. They did this while being able to add even more amazing features and improve their speed and capacity.
The final size of Pi raspberry is 85.60 mm × 56.5 mm × 17 mm.
In contrast, the average office tower measures 14 × 7 inches for mini towers and 24 × 8 inches for full towers. alt=width=800 height=381 data-ezsrc=http://server.digimetriq.com/wp-content/uploads/2021/01/1611393910_855_Whats-the-Difference-Between-a-Raspberry-Pi-and-a-Computer.jpg data-ez= />
It’s a convenient way to move the Pi from the raspberry to the computer.
Not surprisingly, price is one of the main differences between the Raspberry Pi and a regular computer.
If you’re looking for a new computer, you can expect to pay between $400 and $3,500, depending on the storage space and power of the computer. For most people, it’s usually a lot.
For example, a decent Acer desktop (i3/8GB/SSD) is available at the lowest price in the range (see Amazon for details), while Apple’s latest iMac can quickly come out on top (see Amazon for prices).
Pi raspberry, on the other hand, is supposed to be cheaper. Model A costs the shocking sum of $25 and model B costs $35. The truth is that you could end up spending four to ten times as much.
When you think of a computer, imagine a complete system, not just a bare motherboard. The thing about the Raspberry Pi is, it’s only a $35 motherboard. The reason this number may increase is that you may need to spend more money to buy memory, a power adapter, and even a monitor. So you could spend more on the Raspberry Pi.
You can check out my resource pages to get a better idea of what to expect to get started with your Pi Framboise. You can even use my tool to get a custom quote based on your exact needs.
However, in most cases, the price of a regular computer is higher than that of a Raspberry Pi.
4. Memory and storage
The Raspberry Pi uses a micro SD card to store both the system and the data. Compared to the hard drives or SSDs found in computers today, reading and writing to the card can be quite slow.
For more information, see my benchmark here.
alt=sandisk extreme pro fast sd width=405 height=270 data-ezsrc=http://server.digimetriq.com/wp-content/uploads/2021/01/1611393911_254_Whats-the-Difference-Between-a-Raspberry-Pi-and-a-Computer.jpg data-ez= />
In addition, standard microSD cards have a lifespan of 10 years. However, the truth is that you may need to replace it sooner because operating systems do a lot of writing and reading, which can shorten its life.
The average RAM size on the Raspberry Pi is about 1 GB, while the Raspberry Pi 4 has a maximum of 8 GB.
Computers, on the other hand, have hard drives/SSDs for storing data. These are included in the scope of delivery of the units. Overall, the average RAM of computers is also relatively higher than that of the Raspberry Pi.
Connectivity includes internet capabilities and the ability to connect other devices to or from your computer.
The latest Raspberry Pi has many more ports than its predecessors. It has 4 USB ports, 1 or 2 HDMI outputs, 1 audio port, an Ethernet port, and Bluetooth and Wi-Fi capabilities.
alt=width=400 height=275 data-ezsrc=http://server.digimetriq.com/wp-content/uploads/2021/01/1611393912_353_Whats-the-Difference-Between-a-Raspberry-Pi-and-a-Computer.jpg data-ez= />
If you compare this to an average computer, you may be missing some features. You’ll miss the extra USB ports, microphone jack, audio output, HDD/SSD/SATA hard drive support, and SD card port.
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Today, most manufacturers are phasing out 32-bit processors. As a result, the desktop is more likely to run on a 64-bit processor. Since IBM released its first PC in the 1980s, the ×86 or ×64 architecture has been used.
This is also known as the CISC architecture. Most of these processors were manufactured and distributed by Intel. Since most PCs use Intel chips, an operating system running on one machine could run on another machine with a few modifications, since the processor’s instruction set was similar.
Today, most computers run on the ×64/AMD64 architecture.
The Raspberry Pi, on the other hand, uses a mobile processor, the ARM processor, which uses a different set of instructions. It is also known as RISC architecture.
Operating systems and programs that work well on a ×64 system will not work on an ARM system and vice versa.
The Raspberry Pi has no screen or monitor, it just looks like a motherboard and you have to connect it to a monitor. The computer, on the other hand, is equipped with a screen.
|Construction||It’s the motherboard. All components are soldered directly to the motherboard.||The base is the motherboard. It has other components like RAM, memory, CPU and GPU connected to the motherboard via standard connectors.|
|Size||Average dimensions 85.60 mm × 56.5 mm × 17 mm||14 × 7 inch for mini lathes and 24 × 8 inch for full lathes|
|Prices||25 for model A and $35 for model B of the motherboard.||$400-3,500 for the whole computer.|
|memory and storage||RAM from 1GB to 8GB. Micro SD card for storage.||Average of 4 GB RAM and a hard drive/SSD for data storage.|
|Link||Includes 4 USB ports, 1 HDMI monitor, 1 audio port, 1 Ethernet port. Works in Bluetooth and Wi-Fi. No microphone, no extra ports.||Depends largely on the computer model, but usually includes at least the equivalent, with simple expansion options.|
|Screen||No screen||Can have a screen|
Comparison table between Raspberry Pi and computer.
All these differences between these devices. They affect the operation and design of the devices.
I hope this clears things up a bit.
Can the Raspberry Pi be used as a computer?
The latest version of Raspberry Pi is about to challenge even the most advanced PC.
The Raspberry Pi 4 has made a spectacular leap in computing power over previous versions and has become so powerful that it can be used as a desktop computer!
The Raspberry Pi 400 is even more purposeful for this purpose as it is sold in a desktop keyboard.
The truth is that the Raspberry Pi forces you to put in the effort to make it work properly like a PC. Users who have tried the Raspberry Pi as a PC may have some complaints that have surfaced in the past, but these are gradually being corrected. It’s a different operating system and you may have to change your habits, but nothing is impossible.
To answer the question definitively: Yes!
The Raspberry Pi can be used as a computer.
The only catch is that you have to make a few adjustments to the way you work, as well as to the official Raspberry Pi OS. You’ll have to do some tweaking, especially to learn some terminal commands. Fortunately, the site is here for you alt=difference between computer and raspberry pi width=1024 height=683 data-ezsrc=http://server.digimetriq.com/wp-content/uploads/2021/01/1611393913_747_Whats-the-Difference-Between-a-Raspberry-Pi-and-a-Computer.jpg data-ez= />
After all, it may not be as convenient as using a $1,000 laptop, but it’s quite possible to use the Pi as a computer.
I tried it a few months ago and it wasn’t too bad (I definitely need to try it again with a more powerful model).
In general, the main differences between these devices are the reason for the differences in operation. So if you want to try the Raspberry Pi, be prepared to learn more about the software and hardware used to make the necessary adjustments to make it work for you.
I hope this article has helped you in this task.
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