Future installment of Battlefield series eschews ray tracing for broader performance accessibility, according to developers' statements. Focus shifted to deliver smooth gameplay for all players, they claimed.
In the competitive world of first-person shooter (FPS) games, Battlefield 6 stands out with its destructible environment that offers a more realistic gaming experience and tactical choices. Developed by Ripple Effect, a studio founded by Christian Buhl in 2019, the game prioritises making it run great on as many gaming PCs as possible, rather than focusing on making it look better for those with powerful GPUs.
One of the key decisions that set Battlefield 6 apart is the absence of ray tracing technology. This choice may be strategic, as ray tracing puts additional strain on GPUs and requires additional backend work from developers. The absence of ray tracing in both Battlefield 6 and Call of Duty: Black Ops Cold War, launched last year, could be influenced by the need to optimise the games for a wide range of gaming PCs.
The developers of Battlefield 6 have focused on performance optimization for default settings, ensuring that the game is playable on modest hardware. This approach makes Battlefield 6 more accessible to a wider audience, who may not have the latest and most powerful gaming rigs.
However, for those who wish to experience the game with ray tracing, there is a workaround available. Despite the potential for issues, this option allows players to enjoy a more visually intensive gaming experience.
Battlefield 6 also employs EA's Javelin anti-cheat feature, which requires Secure Boot. Unfortunately, this requirement precludes the Steam Deck and other Linux-based devices from running the game.
In conclusion, Battlefield 6 offers a unique blend of realism, accessibility, and performance, setting it apart in the crowded FPS genre. While it may not offer ray tracing technology, the game's focus on optimisation and accessibility ensures that it remains a compelling choice for gamers on a variety of hardware configurations.
