Fabric.js vs Konva vs PixiJS: Canvas and 2D Graphics Libraries (2026)

TL;DR

Fabric.js is the interactive canvas library — provides an object model on top of HTML5 canvas, supports SVG parsing, drag/drop/resize, image filters, text editing, ideal for design tools. Konva is the 2D canvas framework — node-based scene graph, built-in drag/drop, event system, shapes and groups, used for dashboards and interactive UIs. PixiJS is the WebGL-powered 2D renderer — hardware-accelerated rendering for games and visualizations, sprite system, filters, particle effects, the fastest option. In 2026: Fabric.js for design editors, Konva for interactive UIs, PixiJS for games and high-performance graphics.

Key Takeaways

• Fabric.js: ~500K weekly downloads — object model, SVG support, design tools, image editing
• Konva: ~400K weekly downloads — scene graph, shapes, events, React/Vue bindings
• PixiJS: ~200K weekly downloads — WebGL renderer, sprites, games, highest performance
• Fabric.js excels at interactive object manipulation (move, scale, rotate)
• Konva provides the best React/Vue integration for canvas apps
• PixiJS is the fastest renderer for complex scenes (games, visualizations)

---

Fabric.js

Fabric.js — interactive canvas library:

Basic shapes

import { Canvas, Rect, Circle, Text } from "fabric"

const canvas = new Canvas("my-canvas", {
  width: 800,
  height: 600,
  backgroundColor: "#1a1a1a",
})

// Rectangle:
const rect = new Rect({
  left: 100,
  top: 100,
  width: 200,
  height: 150,
  fill: "#3b82f6",
  stroke: "#60a5fa",
  strokeWidth: 2,
  rx: 10,  // Border radius
  ry: 10,
})

// Circle:
const circle = new Circle({
  left: 400,
  top: 200,
  radius: 80,
  fill: "#10b981",
  opacity: 0.8,
})

// Text:
const text = new Text("PkgPulse", {
  left: 100,
  top: 50,
  fontSize: 32,
  fontFamily: "Inter",
  fill: "white",
})

canvas.add(rect, circle, text)

// All objects are interactive by default:
// → Click to select, drag to move, handles to resize/rotate

SVG support

import { Canvas, loadSVGFromURL } from "fabric"

const canvas = new Canvas("canvas")

// Load SVG and add to canvas:
const { objects, options } = await loadSVGFromURL("/logo.svg")
const group = util.groupSVGElements(objects, options)
canvas.add(group)

// Export canvas as SVG:
const svg = canvas.toSVG()
console.log(svg) // → <svg>...</svg>

// Export as JSON (serialize/deserialize):
const json = canvas.toJSON()
canvas.loadFromJSON(json)

Image editing

import { Canvas, FabricImage, filters } from "fabric"

const canvas = new Canvas("canvas")

// Load and add image:
const img = await FabricImage.fromURL("/photo.jpg")
img.set({
  left: 50,
  top: 50,
  scaleX: 0.5,
  scaleY: 0.5,
})

// Apply filters:
img.filters = [
  new filters.Brightness({ brightness: 0.1 }),
  new filters.Contrast({ contrast: 0.2 }),
  new filters.Grayscale(),
  new filters.Blur({ blur: 0.5 }),
]
img.applyFilters()

canvas.add(img)

Event handling

import { Canvas, Rect } from "fabric"

const canvas = new Canvas("canvas")

// Canvas-level events:
canvas.on("object:moving", (e) => {
  console.log(`Moving: ${e.target.type} to ${e.target.left}, ${e.target.top}`)
})

canvas.on("selection:created", (e) => {
  console.log("Selected:", e.selected.length, "objects")
})

// Object-level events:
const rect = new Rect({ left: 100, top: 100, width: 100, height: 100, fill: "blue" })

rect.on("mousedown", () => console.log("Clicked!"))
rect.on("modified", () => console.log("Resized/rotated/moved"))
rect.on("scaling", (e) => console.log("Scale:", e.transform.scaleX))

canvas.add(rect)

---

Konva

Konva — 2D canvas framework:

Basic shapes

import Konva from "konva"

const stage = new Konva.Stage({
  container: "app",
  width: 800,
  height: 600,
})

const layer = new Konva.Layer()
stage.add(layer)

// Rectangle:
const rect = new Konva.Rect({
  x: 100,
  y: 100,
  width: 200,
  height: 150,
  fill: "#3b82f6",
  stroke: "#60a5fa",
  strokeWidth: 2,
  cornerRadius: 10,
  draggable: true,
})

// Circle:
const circle = new Konva.Circle({
  x: 400,
  y: 200,
  radius: 80,
  fill: "#10b981",
  opacity: 0.8,
  draggable: true,
})

// Text:
const text = new Konva.Text({
  x: 100,
  y: 50,
  text: "PkgPulse",
  fontSize: 32,
  fontFamily: "Inter",
  fill: "white",
})

layer.add(rect, circle, text)

React integration (react-konva)

import { Stage, Layer, Rect, Circle, Text } from "react-konva"
import { useState } from "react"

function App() {
  const [position, setPosition] = useState({ x: 100, y: 100 })

  return (
    <Stage width={800} height={600}>
      <Layer>
        <Rect
          x={position.x}
          y={position.y}
          width={200}
          height={150}
          fill="#3b82f6"
          draggable
          onDragEnd={(e) => {
            setPosition({
              x: e.target.x(),
              y: e.target.y(),
            })
          }}
        />
        <Circle x={400} y={200} radius={80} fill="#10b981" />
        <Text x={100} y={50} text="PkgPulse" fontSize={32} fill="white" />
      </Layer>
    </Stage>
  )
}

Groups and transformations

import Konva from "konva"

const group = new Konva.Group({
  x: 200,
  y: 200,
  draggable: true,
})

// Add shapes to group — they move together:
group.add(new Konva.Rect({ width: 100, height: 60, fill: "blue" }))
group.add(new Konva.Text({ text: "Button", fill: "white", padding: 20 }))

layer.add(group)

// Transformer — resize/rotate handles:
const tr = new Konva.Transformer()
layer.add(tr)
tr.nodes([rect])  // Attach handles to rect

Event handling

import Konva from "konva"

const rect = new Konva.Rect({
  width: 100, height: 100, fill: "blue",
  draggable: true,
})

// Events:
rect.on("click", () => console.log("Clicked"))
rect.on("dragstart", () => console.log("Drag started"))
rect.on("dragend", (e) => {
  console.log(`Dropped at ${e.target.x()}, ${e.target.y()}`)
})
rect.on("mouseenter", () => {
  document.body.style.cursor = "pointer"
})
rect.on("mouseleave", () => {
  document.body.style.cursor = "default"
})

// Hit detection — custom hit region:
const ring = new Konva.Ring({
  innerRadius: 40,
  outerRadius: 80,
  fill: "green",
})
// Click only registers on the ring shape, not the hollow center

---

PixiJS

PixiJS — WebGL 2D renderer:

Basic setup

import { Application, Graphics, Text, TextStyle } from "pixi.js"

const app = new Application()
await app.init({
  width: 800,
  height: 600,
  backgroundColor: 0x1a1a1a,
  antialias: true,
})
document.body.appendChild(app.canvas)

// Rectangle:
const rect = new Graphics()
  .roundRect(100, 100, 200, 150, 10)
  .fill(0x3b82f6)
  .stroke({ width: 2, color: 0x60a5fa })

// Circle:
const circle = new Graphics()
  .circle(400, 200, 80)
  .fill({ color: 0x10b981, alpha: 0.8 })

// Text:
const style = new TextStyle({
  fontSize: 32,
  fontFamily: "Inter",
  fill: "white",
})
const text = new Text({ text: "PkgPulse", style, x: 100, y: 50 })

app.stage.addChild(rect, circle, text)

Sprites and textures

import { Application, Sprite, Assets } from "pixi.js"

const app = new Application()
await app.init({ width: 800, height: 600 })

// Load texture:
const texture = await Assets.load("/logo.png")
const sprite = new Sprite(texture)
sprite.x = 100
sprite.y = 100
sprite.anchor.set(0.5)  // Center anchor
sprite.scale.set(0.5)

app.stage.addChild(sprite)

// Sprite sheet (for animations):
const sheet = await Assets.load("/spritesheet.json")
const frames = Object.keys(sheet.textures)

Animation loop

import { Application, Graphics } from "pixi.js"

const app = new Application()
await app.init({ width: 800, height: 600 })

const circle = new Graphics()
  .circle(0, 0, 40)
  .fill(0x3b82f6)
circle.x = 400
circle.y = 300

app.stage.addChild(circle)

// Game loop — runs every frame:
let elapsed = 0
app.ticker.add((ticker) => {
  elapsed += ticker.deltaTime
  circle.x = 400 + Math.cos(elapsed / 50) * 200
  circle.y = 300 + Math.sin(elapsed / 50) * 100
})

Interaction

import { Application, Sprite, FederatedPointerEvent } from "pixi.js"

const sprite = new Sprite(texture)
sprite.eventMode = "static"  // Enable events
sprite.cursor = "pointer"

sprite.on("pointerdown", (e: FederatedPointerEvent) => {
  console.log("Clicked at", e.global.x, e.global.y)
})

sprite.on("pointerover", () => {
  sprite.tint = 0xff0000  // Red tint on hover
})

sprite.on("pointerout", () => {
  sprite.tint = 0xffffff  // Reset tint
})

// Drag and drop:
let dragging = false
sprite.on("pointerdown", () => { dragging = true })
sprite.on("pointerup", () => { dragging = false })
sprite.on("pointermove", (e) => {
  if (dragging) {
    sprite.x = e.global.x
    sprite.y = e.global.y
  }
})

Filters

import { Application, Sprite, BlurFilter, ColorMatrixFilter } from "pixi.js"

const sprite = new Sprite(texture)

// Built-in filters:
sprite.filters = [
  new BlurFilter({ strength: 4 }),
]

// Color matrix:
const colorMatrix = new ColorMatrixFilter()
colorMatrix.grayscale(0.5)
sprite.filters = [colorMatrix]

// Multiple filters:
sprite.filters = [
  new BlurFilter({ strength: 2 }),
  new ColorMatrixFilter(),
]

---

Feature Comparison

Feature	Fabric.js	Konva	PixiJS
Renderer	Canvas 2D	Canvas 2D	WebGL (+ Canvas fallback)
Performance	Good	Good	Excellent
Object model	✅ (rich)	✅ (scene graph)	✅ (display tree)
Built-in drag/drop	✅	✅	Manual
Resize/rotate handles	✅ (built-in)	✅ (Transformer)	Manual
SVG import/export	✅	❌	❌
Image filters	✅ (many)	✅ (basic)	✅ (WebGL)
Text editing	✅ (inline)	❌	❌
React bindings	❌	✅ (react-konva)	✅ (@pixi/react)
Animation system	Basic	❌ (use GSAP)	✅ (ticker)
Sprite sheets	❌	❌	✅
Best for	Design editors	Interactive UIs	Games/visualizations
Weekly downloads	~500K	~400K	~200K

---

When to Use Each

Use Fabric.js if:

• Building a design editor (Canva-like, whiteboard)
• Need built-in selection, resize, rotate handles
• Need SVG import/export
• Need image manipulation with filters
• Want inline text editing on canvas

Use Konva if:

• Building interactive dashboards or data visualizations
• Using React or Vue (react-konva / vue-konva)
• Need declarative canvas API with event handling
• Building drag-and-drop interfaces
• Want a scene graph with groups and layers

Use PixiJS if:

• Building 2D games or game-like interactions
• Need highest rendering performance (WebGL)
• Working with sprites, animations, particle effects
• Rendering thousands of objects at 60fps
• Building data visualizations with complex graphics

---

Methodology

Download data from npm registry (weekly average, February 2026). Feature comparison based on Fabric.js v6.x, Konva v9.x, and PixiJS v8.x.

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