ODROID-GO Advance is to play 16-bit or 32-bit retro games on a handheld device with more advanced features and capabilities than ODROID-GO. Available from end of January 2020
Month: February 2020
Upcoming Raspberry Pi Alternative Stands Out With 2 Ethernet Ports
Those looking for a single-board computer (SBC) will soon have a new option. While the Raspberry Pi is very likely the name that comes to mind when you hear SBC, FriendlyElec is coming out with the NanoPi R2S, a SBC detailed this month that features more Ethernet ports than the Raspberry Pi 4.
How to Install Full Windows 10 on a Raspberry Pi
It’s something almost every Raspberry Pi fan has asked at one time or another: Can it run Windows? Microsoft offers an official build of Windows 10 IoT for the Raspberry Pi, but that OS is just for building maker projects and doesn’t have the ability to run regular apps or the traditional Windows GUI (graphical user interface). However, there’s a way to make a Raspberry Pi 3 / 3B / 3B+ boot into a full version of Windows 10 Professional that can even run win32 apps.
Did Nintendo really forget to Optimize Super Mario 64 ? | MVG
A recent discovery from the N64 Super Mario 64 De-Compilation Project appears to show that Super Mario 64 USA release for the Nintendo 64 was not optimized and was released as a debug version. However things are not that cut and dry. In this episode we take a deep dive in to what went on with development of Nintendo 64 games in 1996 and how this theory may not be accurate.
Updating my Atari Missile Command Arcade Machine!
We’ve got work to do on this ’80s retro arcade game! Adding high score saving, improving and customizing the coin door, upgrading the coin mechs, making a new operation sheet, applying new stickers, and even trying out Super Missile Attack.
Getting Games off an Original Xbox Development Kit | MVG
In this episode we discuss the important of game preservation and 3 methods of how to get data off an original Xbox Devkit hard drive.
Is LIDAR easy to use for hobbyists? DIY Roomba? Obstacle Avoidance System for Robotics
In this video we will have a closer look at a commercial LIDAR sensor for hobbyists. We will find out how the sensor manages to measure the distance to objects placed all around it and how we can use this data with a computer and an Arduino. At the end I will then create a small robot which uses the LIDAR system to “crudely” navigate through a room. Let’s get started!