The recently released recommended system requirements for the PC build of Star Wars Outlaws have garnered attention among gamers. The specifications provided by Ubisoft offer insight into the type of hardware needed to run the game smoothly.
Ubisoft has divided the system requirements into different performance tiers, ranging from “Minimum” to “Ultra”. Each tier specifies a target resolution and quality setting, such as 1080p Low graphics preset and 30fps for Minimum, or 1440p High graphics preset and 60fps for Ultra. It is important to note that all tiers require upscaling to achieve the specified frame rates, indicating a shift towards upscaling as a standard practice in modern gaming.
The minimum requirement for Star Wars Outlaws is relatively modest, with a Nvidia GTX 1660 graphics card being sufficient. However, this is at 1080p Low settings with a target frame rate of 30fps. The specifications also mention the need for upscaling technologies such as DLSS or FSR to achieve the desired performance, suggesting that the game will be running at a lower resolution and then upscaled to the target resolution.
To run the game at 1440p and upscale from approximately 1080p, more powerful GPUs are required, such as the RTX 3080, RTX 4070, or AMD Radeon RX 6800 XT, all of which have at least 10GB of VRAM. This highlights the importance of VRAM capacity in achieving higher resolutions and frame rates in modern games.
While Ubisoft’s decision to make upscaling a default setting makes sense from a performance standpoint, some concerns have been raised regarding the assumption of upscaling at every tier. The increasing complexity of upscaling technologies, frame generation, and features like ray tracing make it challenging for gamers to understand the hardware requirements and resulting image quality accurately.
The recommended system requirements for Star Wars Outlaws provide valuable information for PC gamers looking to optimize their gaming experience. The emphasis on upscaling across all performance tiers reflects a shift towards utilizing advanced rendering techniques in modern games. However, the evolving landscape of hardware and software technologies poses challenges in determining the ideal hardware configuration for optimal performance and visual fidelity.
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