Here at Digital Tech Explorer, we’re always keen to put the latest hardware and software through its paces, and the recent launch of Borderlands 4 presented a unique challenge. Developed by Gearbox Software and published by 2K Games, the game’s initial performance proved incredibly demanding. In fact, 2K quickly released a detailed chart of recommended settings for Nvidia GPU owners, heavily emphasizing upscaling and frame generation – a clear indicator that Borderlands 4 is exceptionally resource-intensive, particularly on the CPU.
With Borderlands 4’s minimum system requirements explicitly calling for an ‘8 core (or equivalent)’ processor – citing an Intel Core i7 9700 – we were intrigued. Our initial observations confirmed that even a powerful chip like the 9700K could frequently hit 100% utilization in the open world at 1080p with Low quality settings. This led us to ask, as TechTalesLeo always aims to provide practical insights for gamers: How would processors with fewer cores, like a Core i5 or Ryzen 5, truly fare? To provide Digital Tech Explorer readers with transparent, real-world data, we embarked on a series of rigorous tests across two distinct gaming PCs, meticulously adjusting active core and thread counts directly within the BIOS.
Intel Core Ultra 9 285K Performance Test
Our initial evaluation began with an Intel Core Ultra 9 285K, complemented by 48 GB of Corsair DDR5-8400 memory and a formidable GeForce RTX 5080 graphics card. To ensure the CPU was the primary bottleneck, we configured Borderlands 4 at 1080p, utilizing DLSS Performance and the ‘Badass’ quality preset. What we observed was a notably consistent performance from the 285K, irrespective of the active P-cores or E-cores. It’s genuinely impressive how playable the game remained even on just four P-cores (and thus four threads, given Arrow Lake’s lack of HyperThreading). While the 1% low frame rate showed occasional stutters, the overall experience proved remarkably stable.
Analysis of Intel CPU Behavior
The reason performance doesn’t consistently drop with the core count is two-fold. First, Borderlands 4 distributes its workload across numerous threads, none of which are especially taxing on a single core. An analysis using PIX on Windows revealed a large number of background worker threads handling tasks such as asset loading, the precompiled PSO pool, and Bink video compression. Second, Intel’s Arrow Lake architecture is notably complex. Unlike previous designs with distinct blocks of P-cores and E-cores, the core distribution in the 285K means that disabling certain cores can lead to unusual behavior on the ring bus that manages data traffic.
AMD Ryzen 7 9800X3D Performance Test
For comparison with a more traditional CPU architecture, we then tested an AMD Ryzen 7 9800X3D, configured with 32 GB of DDR5-6000 and the identical RTX 5080 graphics card. The findings were compelling. Four Zen 5 cores delivered a noticeably superior performance compared to four Arrow Lake P-cores, underscoring the immense benefit of the 9800X3D’s substantial L3 cache, which efficiently feeds data to the cores. Equally striking was the minimal performance disparity observed when scaling from just four cores and four threads up to eight cores and 16 threads.
It’s crucial for Digital Tech Explorer readers to remember that our tests utilized the very latest architectures from both Intel and AMD. Deploying processors from five or six years ago would undoubtedly present a vastly different performance landscape. While the precise reasons Borderlands 4 proves so demanding on older CPUs remain under investigation – potentially stemming from how these older chips interact with Windows 11’s thread scheduler or inherent characteristics of Unreal Engine 5 – one conclusion stands firm: despite 2K Games’ recommendation for an eight-core minimum, our rigorous testing, guided by TechTalesLeo’s commitment to practical advice, indicates that a relatively modern six-core processor is perfectly capable of delivering a solid Borderlands 4 experience. Stay tuned to Digital Tech Explorer for more in-depth analyses and real-world performance insights!