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SVG Noise & Texture Generator

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Proceso automático

Noise Type

Tipo

Noise Parameters

Base Frequency: 65 Higher = finer grain. Value is divided by 100 (0.01–2.0).

Octaves: 3 More octaves = richer detail (slower to render).

Seed: 7 Change to get a different random pattern.

Stitch Tiles (seamless)

Color Mode

Monocromático

Colored (tinted)

Fondo

Noise Tint

Noise Opacity %: 35

Contraste: 120 Boosts the noise intensity via feComponentTransfer.

Output Size

Ancho

píxeles

Altura

píxeles

PROD.

Lado cliente

Inline SVG

CSS Background (data URI)

SVG Filter Only

Just the element — apply with filter="url(#noise)" on any SVG shape.

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Guía

SVG Noise & Texture Generator

Create organic grainy noise and turbulent cloud textures directly in your browser using the SVG feTurbulence filter. Drag the sliders, tweak the seed, pick a tint color, and watch the texture update live. Export as inline SVG, a CSS background-image data URI, or a reusable SVG filter you can apply to any shape.

Cómo Usar

Pick a noise type — Fractal Noise for organic film-grain, Turbulence for cloudy swirls.
Ajustar Base Frequency for grain size and Octaves for detail richness.
Cambie el Seed to scroll through different random patterns.
Palanca Stitch Tiles for seamless tileable output.
Elegir Monocromático o Colored mode and tweak background, tint, opacity, and contrast.
Copy the SVG, CSS data URI, or filter snippet, or download the SVG file.

Características

Two noise types – Fractal Noise (organic grain) and Turbulence (smoky swirls).
Previsualización en tiempo real – Debounced re-render on every slider change.
Octave control – 1–8 octaves to balance richness against performance.
Seeded reproducibility – Every seed is a unique deterministic pattern.
Seamless tiling – Optional stitchTiles="stitch" for repeatable backgrounds.
Mono or colored – Grayscale grain or any tint via feColorMatrix.
Contrast & opacity – Boost intensity with feComponentTransfer.
Tres formatos de salida – Inline SVG, CSS data URI background, or filter-only SVG.
Descarga en un solo clic – Save as standalone .svg.

When to Use Noise Textures

Grainy gradients – Overlay noise on a CSS gradient to break up banding.
Paper and film effects – Add subtle grain to flat illustrations and hero sections.
Cloud and smoke backgrounds – Use turbulence with low frequency and a few octaves.
Distress and texture overlays – Apply the filter to shapes for a hand-printed look.

 Preguntas frecuentes

What is feTurbulence and how does it work?

feTurbulence is an SVG filter primitive that generates Perlin noise. It produces a pseudo-random pattern based on a seed and a base frequency. Lower frequencies produce broad smoky shapes; higher frequencies produce fine grain. Multiple octaves layer noise at progressively higher frequencies for richer detail.
What is the difference between fractalNoise and turbulence?

Both are based on Perlin noise. fractalNoise uses the signed noise directly, giving a smoother organic grain that resembles film. turbulence takes the absolute value, producing higher-contrast cloudy swirls that look like smoke or marble.
Why use SVG noise instead of a PNG image?

SVG noise is generated by the browser at runtime, so it scales infinitely without becoming blurry and adds no extra HTTP request beyond a tiny inline data URI. It also re-renders crisply at any device pixel ratio.
What does stitchTiles do?

With stitchTiles="stitch", the SVG filter ensures the noise pattern lines up cleanly at the tile boundaries, so the texture can be repeated as a CSS background without visible seams.
Are SVG filters supported by all browsers?

Yes — feTurbulence is part of SVG 1.1 and is supported by every modern browser, including Chrome, Safari, Firefox, and Edge. Performance varies with the number of octaves and the rendered area, so prefer smaller tiles when targeting low-end devices.