A Raspberry Pi is a credit-card-sized single-board computer; the Pi 5 runs a 2.4GHz quad-core Arm Cortex-A76 on the BCM2712 SoC. It connects to a monitor and keyboard just like a desktop and runs Linux out of the box.
A Raspberry Pi is a full computer shrunk down to roughly the size of a credit card. It has a processor, memory, USB ports, video output and networking on a single small board, and it connects to a monitor and keyboard exactly like a desktop would. The current Pi 5 runs a 2.4GHz quad-core Arm Cortex-A76 processor on the BCM2712 chip and boots Linux straight out of the box. It is cheap, tiny and surprisingly capable.
A Raspberry Pi is a single-board computer about the size of a credit card. The Pi 5 uses a 2.4GHz quad-core Arm Cortex-A76 CPU on the BCM2712 SoC, plugs into a monitor, keyboard and mouse, and runs Linux from a microSD card. It is a real computer, not a toy.
Most computers spread their parts across a motherboard, separate storage drive and various add-in cards. A Raspberry Pi puts the essentials onto one small board: the processor, the RAM, the USB and network ports, video output and power input are all there together. That is what "single-board computer" means, and it is why the whole thing fits in your palm.
The Pi 5's brain is the BCM2712 system-on-chip, which packs a 2.4GHz quad-core Arm Cortex-A76 CPU. Arm is the same family of processor design used in phones and tablets, which is part of why the Pi sips so little power compared with a full desktop.
A Raspberry Pi behaves like a normal computer once you plug things in. It takes a monitor over its video output, a keyboard and mouse over USB, and gets onto your network over Wi-Fi or Ethernet. Storage comes from a microSD card, which holds the operating system and your files.
Out of the box it runs Linux, typically the official Raspberry Pi OS. That gives you a desktop, a web browser, a file manager and the standard tools you would expect, so a Pi can serve as a basic everyday computer for browsing, documents and learning to code.
The Pi's appeal is how many roles one cheap board can fill. People use it to learn programming, to run a home media server, to host small websites or home automation hubs, to power retro gaming projects and to drive electronics projects through its general-purpose pins. Because it is small and frugal with power, it is happy running quietly in a corner around the clock.
If you like the idea of a tiny always-on machine but want something more powerful and ready to use, a compact mini PC covers similar ground with more performance. You can compare the small-form-factor options in the mini PC range at Evetech and see which systems are most popular right now.
Yes. It has a processor, memory, ports and an operating system, and it runs Linux with a desktop, browser and standard apps. It is a genuine, if small and low-power, computer.
Common uses include learning to code, running a media or home automation server, hosting small projects, retro gaming and electronics experiments. Its low power draw makes it ideal for always-on tasks.
Out of the box it runs Linux, usually Raspberry Pi OS. It is not designed to run standard desktop Windows, so plan around Linux software when choosing a Pi for a task.
The Pi boots from a microSD card that holds the operating system and your files. You can also attach USB drives for extra storage, which is common for media-server setups.
It depends on the job. A Pi is cheaper, smaller and more power-efficient, while a mini PC offers more performance and usually runs Windows. For demanding everyday computing, a mini PC is the stronger choice.
Want more power than a Pi in a tiny package? Explore the mini PC range at Evetech and find a compact machine that fits your desk and your workload.
Yes. It has a processor, memory, ports and an operating system, and it runs Linux with a desktop, browser and standard apps. It is a genuine, if small and low-power, computer.
Common uses include learning to code, running a media or home automation server, hosting small projects, retro gaming and electronics experiments. Its low power draw makes it ideal for always-on tasks.
Out of the box it runs Linux, usually Raspberry Pi OS. It is not designed to run standard desktop Windows, so plan around Linux software when choosing a Pi for a task.
The Pi boots from a microSD card that holds the operating system and your files. You can also attach USB drives for extra storage, which is common for media-server setups.
It depends on the job. A Pi is cheaper, smaller and more power-efficient, while a mini PC offers more performance and usually runs Windows. For demanding everyday computing, a mini PC is the stronger choice.
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