AI Frame Generation Sizer

AI Frame Generation Latency & VRAM Overhead Sizer

Calculate exact End-to-End Input Latency (ms), optical flow queue delay, NVIDIA Reflex / AMD Anti-Lag 2 offsets, and VRAM memory buffer safety for DLSS 3.7, FSR 3.1, and XeSS.

Perceived Display Smoothness

120FPS (60 Base ? 2)

Visual frame pacing rendered to high-Hz display.

Total End-to-End Latency

33.6ms

Mouse click to on-screen photon response time.

VRAM Footprint & Status

8.8/ 12 GB (73%)

Safe

Game & Hardware Engine Parameters

Base Native Frame Rate (Before Frame Gen)60 FPS

30 FPS (Heavy Input Lag)60 FPS (Sweet Spot)144 FPS+ (Esports)

Render & Display Resolution2560 ? 1440 (QHD)

AI Frame Generation TechnologyNVIDIA DLSS 3.7 (Optical Flow)

GPU VRAM Capacity

Base Game VRAM Usage7.5 GB

NVIDIA Reflex / AMD Anti-Lag 2 Driver ModeSynchronizes CPU render queue with GPU execution to cut input latency.

Responsiveness RatingPlayable AAA Immersion

Input Latency Pipeline Breakdown:

Base Native Render Time:+16.7 ms

Optical Flow Interpolation Queue:+16.7 ms

NVIDIA Reflex / Anti-Lag Offset:-13.8 ms

Net End-to-End Latency:33.6 ms

VRAM Consumption Gauge8.8 GB / 12 GB

Game: 7.5GBFrame Gen Overhead: +1.3GB

Genre Applicability Verdict:

? Single-Player AAA: ?? Excellent experience for Cyberpunk 2077, Black Myth: Wukong, and Alan Wake 2.

? Competitive Esports: ? Not recommended for CS2, Valorant, or Apex Legends due to interpolation queue latency. Play at native or with Reflex only.

? Simulators & Racing: ?? Outstanding for Microsoft Flight Simulator, Forza, and sim racing where visual smoothness dominates twitch reflex requirements.

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