The video demonstrates that the compact GMK Tech K12 NUC PC, equipped with a strong Ryzen 7 7845HS CPU and integrated Radeon 780M graphics, can run Star Citizen at playable frame rates with lowered settings, though performance is primarily limited by the GPU. The host also explores the potential of enhancing gaming performance through external GPU setups and engages with the community on related topics and gameplay tips.
The video showcases a detailed live test of running Star Citizen on a tiny NUC-style mini PC, specifically the GMK Tech K12. The host begins by introducing the compact PC’s specifications: an 8-core, 16-thread Ryzen 7 7845HS CPU with integrated Radeon 780M graphics, 32GB of DDR5 RAM (with 8GB reserved for graphics), and a Samsung 980 Pro 500GB SSD. Despite its small size and relatively modest GPU, the CPU performance is surprisingly strong, making it a good candidate for running Star Citizen, although the integrated GPU is expected to be the main bottleneck in most scenarios.
Throughout the stream, the host tests the game at various resolutions and settings, primarily focusing on 720p with upscaling techniques like TSR to balance visual quality and performance. Arena Commander, hangar, and in-game locations like Lville and Levki are explored to gauge frame rates and bottlenecks. The results show that the mini PC can maintain around 20-30 FPS in many areas, with occasional dips in dense city environments due to GPU limitations. The CPU rarely becomes the bottleneck, which is unusual for Star Citizen, indicating that the integrated GPU struggles more than the processor.
A significant portion of the discussion revolves around the potential to enhance performance by connecting an external discrete GPU via the mini PC’s Oculink port. The host explores options for eGPU docks that would allow plugging in a desktop graphics card to overcome the integrated GPU limitations. While such setups are not cheap and may not fully match a dedicated desktop GPU’s bandwidth, they could significantly improve gaming performance on this compact system. The host expresses interest in testing this setup in a future stream but is cautious about the cost.
Additional topics covered include Twitch drops for Star Citizen, which appear to be delayed or malfunctioning, prompting the host to consider reaching out to the developers. There is also some light-hearted chat about football, VR developments related to Star Citizen and Squadron 42, and the challenges of playing at lower frame rates. The host shares useful gameplay tips discovered during the stream, such as keyboard navigation in menus, and interacts with viewers discussing hardware comparisons, game optimizations, and upcoming content like new ships.
In conclusion, the video demonstrates that while a tiny NUC PC with integrated graphics can run Star Citizen at playable frame rates with reduced settings and resolution, it remains largely GPU-bound. The CPU performance is commendable, making it a viable base for further upgrades via external GPUs. The host plans to continue exploring this setup, including eGPU solutions, and provides an engaging, informative experience blending hardware testing with community interaction and game insights.