Several years ago, Apple’s best chips began decisively beating the performance of the best chips available to high-end Android phones. Now, even Apple’s $399 iPhone SE uses a more powerful brain than even the most advanced Android flagships with prices above $1,000. How is this possible?
I take a virtual reality trip down memory lane with Pixel Ripped 1995 on the Oculus Quest. Pixel Ripped 1995 is a sequel to Pixel Ripped 1989 but this time takes place in the golden era of gaming with 16-bit and 32-bit consoles in 1995. Pixel Ripped 1995 is available on 23rd April for Oculus
This version of my legendary Ping Pong LED Wall is 2×1,5m in size and consists of 1200 RGB LEDs. The build is done from aluminium using a DIY hole punch. This version is driven by an ESP32 and supports even camera streaming from an ESP32Cam or media streaming from the PC. More on that topic follows in a future update.
This video shows the whole story of my new Pick & Place machine from the beginnings building the kit, until now when I got my production running.
Retro Game Builder is an upcoming game engine for the Super Nintendo Entertainment System that lets you make games without writing code.
My latest 3D Printed project is this GIANT LEGO Go-Kart large enough for me to ride! Yes I’m hoping this time that this version will be big enough for me to ride.. I also intend on making it electric!
Microsoft has revealed the PC system requirements for Flight Simulator, and it requires a huge 150GB of hard drive space. While install sizes have been steadily increasing over the years, this places Microsoft Flight Simulator among the very largest on PC.
N64 Racing Games I still play to this day!
Seagate Corporate Communications lead Greg Belloni reached out to us today in the wake of our earlier coverage of SMR disks showing up unannounced and in unexpected places.
Belloni confirmed that Seagate is using SMR technology in some desktop hard drives but stressed that the company is not “submarining” SMR disks into NAS (Network Attached Storage) channels.
While consumer-grade 3D printers may be adequate for making things like models or curios, they’re not always up to the task of creating objects that stand up to real-world use. That could be about to change, though, thanks to a new printing filament.
Compact, inexpensive 3D printers typically utilize a process known as fused filament fabrication (FFF). This involves heating a plastic filament to its melting point, then extruding it through a nozzle. Successive layers of the molten plastic are deposited one on top of the other, forming a single solid object as they cool and fuse together.
