What could happen when you open-source a hardware project? No, seriously. I hold a fair few radical opinions – one is that ...

HyperX's new Predator DDR4 Sync Modules will never go out of sync thanks to an IC in the modules. More Info: <a href="http://bit.ly/2msTALQ">http://bit.ly/2msTALQ</a ...

The VENGEANCE RGB DDR5 CUDIMM modules feature a mirrored silver finish for a modern aesthetic and are equipped with ten individually addressable RGB LEDs for customizable lighting effects.

These images also reveal that the iQOO 13 will sport an RGB light around its rear cameras, and it looks cool. This light will presumably be used when gaming and for incoming calls and app ...

There’s also a zip file with Arduino sketches to control the RGB LED ... to writing software for the module. However, since we’re told to select “Espressif-S3-DevKitM-1” in PlatformIO and the Arduino ...

In terms of the hardware, this robot uses an Arduino Nano as the brain, two motor drivers to control the DC motors, a wireless transceiver module to ... framework of the code, which is further ...

Memory maker Kingston has just released a new line of fancy RGB gaming RAM that the company says is inspired by racecar body work. The new Kingston Fury Renegade DDR5 RGB Limited Edition memory ...

Messing around with Arduino can lead to some fun projects — like simple electronic games, lighting or audio manipulation, or even gesture controls for other devices. However, you'll need the ...

In front of the block is the RGB module, which sports the T-Force logo on top and will cover the T-Force Siren biot when magnetically attached. The base of the SSD block gets the same treatment as ...

I particularly like the black and silver modules, as they look really clean and sharp. But with the RGB enabled, all that smooth styling just goes out of the window and, if I'm being really honest ...

To replicate Krejci’s design, you need an Arduino UNO Rev3 board, an AMG8833 infrared sensor module, and an 8×8 RGB LED matrix ... to download the source code to create your very own Arduino ...