Game Preservation: Why Old Games Disappear
Games can vanish when servers shut down, stores close or hardware fails. Learn why preservation is hard and what players and developers can do.
Games can vanish when servers shut down, stores close or hardware fails. Learn why preservation is hard and what players and developers can do.
Picking a first game engine is easier when you start with your project, not the logo. Compare 2D and 3D focus, scripting, community and licensing.
Demos and early access builds are easy to misjudge. Use this checklist to evaluate controls, core loop, stability and developer communication.
Learn to run repeatable benchmarks on your own PC: pick a test scene, control variables, log frame times and compare changes with confidence.
Clear audio keeps viewers watching. Learn how USB and XLR mics differ, where to place yours and how to set levels for a clean, steady voice.
Hard drives, SATA SSDs and NVMe drives differ in speed and price. Learn what each does for load times and how to mix them in a gaming PC.
Speedrunning turns finishing a game into a test of knowledge and precision. Learn the categories, the tricks, the rules and why people love it.
Every frame, an engine reads input, updates the world, simulates physics and draws the picture. Follow one frame from button press to screen.
Tiny studios rarely outspend big publishers, yet they often make the games people remember. Here is how focus, constraints and personality help.
Not every graphics option affects performance equally. Learn which settings cost the most frames and which ones barely change the picture.
Balance bitrate, resolution and frame rate for a stable stream. A simple method to choose settings that fit your connection and your game.
Hertz and milliseconds sound alike but measure different things. Understand refresh rate, response time and input lag before buying a gaming monitor.