RPG★ 8.1

Genshin Impact System Requirements & PC Benchmark

● RELEASE: 29/01/2026● DEV: miHoYo

// SYSTEM DATA ANALYSIS //

> MINIMUM REQ.

CPU: Intel Core i5

GPU: NVIDIA GeForce GT 1030

RAM: 8

> RECOMMENDED

CPU: Intel Core i7

GPU: NVIDIA GeForce GTX 1060

RAM: 16

// PROFESSIONAL_ANALYSIS //

SYSTEM READY
DLSS / FSR (UPSCALE)
RAY TRACING
// CLASSIFIED_INTEL: GAME_SYNOPSIS

Genshin Impact is HoYoverse’s globally renowned open-world action RPG, inviting Travelers to explore the vast elemental fantasy continents of Teyvat. Built on a tailored branch of the Unity engine, the game features a distinctive anime cel-shaded aesthetic complemented by real-time time-of-day lighting, dynamic cloud shadows, and intricate elemental combat particle reactions. While accessible across mobile and entry-level PC hardware, running at maximum fidelity at high resolutions reveals specific engine characteristics. Test your hardware against our full catalog on PCRunIt PC games.

Genshin Impact System Requirements Breakdown

The minimum system requirements reflect the game’s cross-platform accessibility, specifying an Intel Core i5 quad-core processor, an NVIDIA GeForce GT 1030 (2 GB VRAM), and 8 GB of RAM. This baseline configuration delivers 720p or 1080p gameplay at 30 to 45 FPS on Low presets, making it playable on budget laptops and older desktop computers.

For a locked 1080p 60 FPS presentation on High settings, HoYoverse recommends an Intel Core i7 quad-core or modern six-core processor, an NVIDIA GeForce GTX 1060 (6 GB VRAM), and 16 GB of system memory. Storage is substantial: continuous continent expansions have elevated client size past 100 GB. Installing on a high-speed Solid State Drive (SSD) is vital to eliminate long loading screens when teleporting between regional Waypoints.

Hardware Bottlenecks & Engine Scalability

Unlike western action RPGs that push extreme polygon counts, Genshin Impact is designed around stylized shader pipelines and fast draw calls. The PC version is hard-capped at 60 FPS natively, meaning top-tier graphics cards will frequently operate at low GPU utilization.

The primary hardware strain occurs during high-speed map traversal in densely populated urban hubs like Fontaine Court or Sumeru City, where single-thread CPU draw calls spike as dozens of NPC routines and geometric structures load into memory. Furthermore, during chaotic Spiral Abyss combat where multiple elemental bursts trigger simultaneous swirl and crystallize reactions, particle fillrate can cause minor frame drops on entry-level graphics cards. This cel-shaded optimization balance shares visual architectural parallels with stylized Japanese action spectacles like Monster Hunter Rise and demanding eastern mythology benchmarks like Black Myth: Wukong.

FPS Optimization Tips / Best Settings

  • Select SMAA Instead of TAA Anti-Aliasing: SMAA delivers crisp character outlines on 1080p displays without the temporal motion blur associated with TAA.
  • Lower Volumetric Fog to Low: Volumetric atmospheric lighting in mountainous regions like Chenyu Vale imposes unnecessary GPU load for negligible visual gain.
  • Set Render Resolution to 1.0x: Avoid cranking the internal render scale slider to 1.5x at 1440p unless using a modern enthusiast graphics card.
  • Keep Crowd Density at Medium: Reducing NPC population density slightly relieves single-core CPU overhead in major metropolitan capitals.
  • Install Exclusively on an SSD: Storing the 100 GB game files on fast NVMe storage virtually eliminates Waypoint teleportation wait times.

Frequently Asked Questions

Why is Genshin Impact capped at 60 FPS on PC?

The PC client engine logic is natively tuned around a 60 FPS timing loop to ensure consistent character attack animations, physics collisions, and cross-platform synchronization.

Can Genshin Impact run on integrated Intel graphics?

Yes. Modern Intel Iris Xe and AMD Radeon 600M/700M integrated graphics can comfortably sustain 1080p 45 to 60 FPS on Low to Medium graphics presets.

Does Genshin Impact support DLSS or Ray Tracing?

No. Genshin Impact does not include native NVIDIA DLSS or Ray Tracing acceleration, relying on native resolution rendering and built-in temporal anti-aliasing.