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2560×1440 RenderedRender Scale & AI Upscaling Tool

Render Scale & DLSS/FSR
FPS Calculator in Tristan da Cunha

Calculate rendered pixel resolution, GPU load reduction, and estimated FPS improvement for render scale configurations with NVIDIA DLSS, AMD FSR, and Intel XeSS AI upscaling technologies.

Native Monitor Resolution

Scale Presets

Configuration

100%
DLSS 3

Quality: Excellent

Supported: NVIDIA RTX 30/40xx

Quality mode at 67% render scale

Rendered Resolution2560×1440
Pixel Reduction−0%
GPU Load Reduction~0%
Est. FPS Boost+0%

Pixel Count Comparison

Native 2560×14403.69 MP
Rendered 2560×14403.69 MP

Render Scale Levels — 2560×1440 Native

ScaleRendered ResPixelsGPU SavingsEst FPS BoostDLSS Mode
100%◀2560×14403.69 MP−0%+0%No upscaling
85%2176×12242.66 MP−28%+20%Best image quality with upscaling
67%1715×9651.65 MP−55%+39%Good balance performance/quality
59%1510×8501.28 MP−65%+46%Max FPS, moderate quality
50%1280×7200.92 MP−75%+53%Maximum FPS, visible quality drop

DLSS, FSR & Render Scale Explained for Gamers in Tristan da Cunha

Render scale reduces the internal rendering resolution while displaying at your monitor's native resolution. At 67% render scale on a 1440p monitor, the GPU renders at approximately 1706×960 pixels — 55% fewer pixels — then upscales the result to fill the 2560×1440 display. Without AI upscaling (in-game render scale only), this produces visible blurring. With DLSS 3 or FSR 3, a neural reconstruction pass recovers sharpness and adds temporal detail from previous frames.

NVIDIA DLSS (Deep Learning Super Sampling) uses tensor cores on RTX GPUs to reconstruct images using a trained convolutional neural network. DLSS 3's Frame Generation feature adds synthesized intermediate frames using Optical Multi Frame Generation, effectively doubling or tripling perceived FPS in supported titles. AMD FSR 3 uses a spatial algorithm (no proprietary hardware required) and works on any GPU — including NVIDIA cards.

Frequently Asked Questions

Should I use DLSS Quality or Performance mode in Tristan da Cunha?▼
Use DLSS Quality (67% render scale) for the best balance — you get ~25-40% FPS improvement with minimal visual quality loss. Use Performance (50%) only when you need maximum FPS in competitive play and are willing to accept some visual softness.
What is the difference between DLSS and FSR?▼
DLSS uses AI running on NVIDIA Tensor Cores for superior reconstruction quality. FSR is open-source and works on any GPU using a spatial algorithm. DLSS 3/4 generally produces sharper results than FSR 2/3 at equivalent scale factors.
Does render scaling affect input lag?▼
Render scaling itself doesn't add latency — it's purely a GPU workload reduction. However, DLSS Frame Generation adds a small amount of GPU-side latency (typically 1–2ms) to synthesize intermediate frames. NVIDIA Reflex can compensate for this.