Requirements of Battlefield 6 Ultra++ on PC: how to do it ⚡

EA confirmed the Battlefield 6 requirements about a month ago and has expanded that list with a new section identified as «Ultra ++»This category defines the recommended settings for achieving very high levels of performance in 4K, combining upscaling and frame generation to maximize FPS and fluidity without losing visual quality.

• ⚡ 4K, high quality and 144 FPS with DLSS Super Resolution.
• ⚡ 4K, high quality and over 240 FPS using DLSS Super Resolution and multi-frame generation.

Summary: Ultra++ modes and performance targets ✨

The two Ultra++ configurations offer different paths to prioritizing stability or extreme frame rates. One aims for 144 FPS in 4K using advanced upscaling; the other seeks to exceed 240 FPS by combining upscaling and multi-generation. Both require high-end hardware and compatible technologies to maintain quality and fluidity in complex scenes.

The Battlefield requirements to achieve this level of performance, resolution and quality are as follows:

Battlefield 6 Optimal Requirements

• 🚀 Windows 11 as an operating system.
• 🚀 Procesador Intel Core Ultra 9 285K o AMD Ryzen 7 9800X3D.
• 🚀 32GB of dual-channel RAM at 4,800 MT/s.
• 🚀 GeForce RTX 5080 graphics card.
• 🚀 90 GB free on an SSD drive.
• 🚀 TPM 2.0 chip or equivalent, secure boot, HVCI and VBS.

EA reminds that the free space requirement may change over time due to updates and new content. Keeping additional SSD space is recommended for future patches, expansions, and game optimizations that may increase storage demand.

Rescaling and Frame Generation: How They Help ⚡🔧

Battlefield 6 supports the main Upscaling technologies: NVIDIA DLSS, AMD FSR and Intel XeSS. These solutions reduce the rendering resolution and upscale to the target to improve the base frame rate. DLSS 4 offers the best visual result, followed by AMD FSR 4 and Intel XeSS 2, depending on support and implementation on each GPU.

Frame generation works differently: creates additional independent frames using the GPU and interleaves them between traditionally rendered frames. This process reduces the perception of latency and increases the feeling of fluidity, especially in high-action scenes or those with heavy rendering loads.

Optimal combination: rescaling + multigeneration 🎯

Combining upscaling and frame generation allows for higher FPS rates while maintaining good visual quality, as long as the GPU and the rest of the system are compatible. This strategy is key to achieving Ultra++ targets in 4K, from a stable 144 FPS to settings exceeding 240 FPS in favorable situations.

Availability and graphics engine 🕹️

Battlefield 6 will be available on PC, Xbox Series XS and PS5 from October 10thThe game uses the Frostbite Engine and offers realistic physics and destruction effects; it doesn't include ray tracing as part of its foundation, so optimization relies on upscaling and frame generation techniques to maximize performance.

Quick tips to optimize performance ✅

• 📈 Adjust upscaling (DLSS/FSR/XeSS) to balance quality and FPS.
• 🔧 Enable multi-frame generation if your GPU supports it.
• ⚙️ Keep drivers and firmware updated for stability.
• 📌 Reserve additional SSD space for future updates.