Cyberpunk 2077 Is Getting Even More Immersive Later This Month

is already regarded as one of the most immersive worlds ever created for a video game but in typical CD Projekt Red fashion, the developer wants to take it even further. When it comes to providing a deep, authentic audio experience, most developers who have it within their budget incorporate Spatial Audio to make their games sound even more lifelike, allowing players to experience sound from a variety of in-game locations at once. The result is a soundscape with layers, one that enhances the sense of depth of game's world and, by extension, players' positions within it.

Over on the official CDPR blog, the developer announced that its working with Embody to create an Immerse Gamepack for , allowing those who purchase the software on June 20 to enhance Night City's sounds more than ever.

Much like the company's Immerse Gamepack, this program brings a personalized Head Related Transfer Function (HRTF) to while also incorporating Head Tracking technology to ensure audio is always accurate to one's surrounding. That may not sounds like much on paper, but the illustrative demonstration of the system makes Night City feel more alive than ever.

From delta to gonk, becoming familiar with Cyberpunk 2077's slang terms and what they mean can be crucial to getting the most out of the experience.

While the announcement of CDPR's colaboration with Embody doesn't provide too many details for those unfamilair with Spatial Audio, the latter company specializes in a system that personalizes the kind of sound a game outputs for the player. When the program is used to model sound in a particular space, the HRTF equation allows developers to better simulate how sound waves hit one's head and ear canals. By adjusting this feature, the Immerse Gamepack is able to better map how sound is generated in-game and played through the users' headphones.

The advantage to using the Immerse Gamepack for is that audio will be adjusted to better suit the player's and ear shape, an aspect which is