It probably goes without saying that hardware hackers were excited when the Raspberry Pi 4 was announced, but it wasn’t just because there was a new entry into everyone’s favorite line of Linux SBCs.

The Raspberry Pi 4 is the most powerful Raspberry Pi computer to date, and the first to support up to 4GB of RAM. It’s also the first to support USB 3.0 — and the chip that controls USB is connected ...

Alftel's Seaberry ITX is a carrier board, or a what most of us would call a motherboard for the Raspberry Pi 4 Compute Module, which last month saw a price hike. However, unlike most motherboards for ...

Raspberry Pi enthusiasts interested in setting up Raspberry Pi 4 PCIe support may be interested to know that research and technology consultant Tomasz Mloduchowski has discovered a way to implement ...

Want your Raspberry Pi 4 to run a modern graphics card? This engineer’s working on it Your email has been sent Fancy hooking a high-end graphics card to your Raspberry Pi 4? Well it might be possible.

Although the Raspberry Pi 5 has a PCIe interface, it doesn’t have a slot for a PCIe SSD. There’s now a whole range of plug-in boards (HATs = Hardware Attached on Top) for retrofitting SSDs. They ...

Earlier this week, a notable entry-level Raspberry Pi 5 PCIe HAT was released, supporting the PCIe 3.0 standard instead of PCIe 2.0 while also providing dual M.2 slots. The Seeed Studio PCIe 3.0 to ...

The new version of the easy, DIY PC is still cheap. Processor is faster and more powerful. True Ethernet for better network performance. Up to 4 GB of RAM opens up your computing possibilities.

When developing projects that will require portability, and connectivity, your first instinct is to grab a Raspberry Pi. And why not? This single-board computer (SBC), which has become especially ...

After four years of waiting, the Raspberry Pi 5 is finally on the market and looking at what it offers, the 4-year wait was worth it. While the previous Raspberry Pi 4 was one of the best ...

Raspberry Pi’s credit card-sized computers typically make use of the limited space by putting the USB and Ethernet ports on one side of the board and the video output ports on another. But sometimes ...