At Nvidia's recent conference, the company unveiled its RTX 20-series graphics cards, promising to transform game visuals for the next decade. The shift from GTX to RTX highlights 'ray tracing'—a technique long used in Hollywood visual effects, now powered into gaming by advanced AI acceleration.
But what is ray tracing, and why does it matter for gaming's future?
Ray tracing steps in to overcome current limitations. VFX studios have mastered it for years, leveraging massive render farms that process scenes over hours, days, or weeks. Gaming, however, requires real-time rendering in dynamic, interactive worlds—demanding far too much power until now.
Nvidia's RTX cards change that with smart AI integration, ushering in real-time ray tracing that exceeds expectations. It simulates light sources, reflections, refractions, and 3D properties for natural, photorealistic scenes rivaling blockbuster films.
Ray-traced games like Battlefield V require Nvidia's RTX series or AMD's upcoming Vega lineup.
Ray tracing will redefine gaming, with widespread adoption just months away.
