Nx vs Turborepo: Which Should You Pick in 2026?

Vendor-neutral verdict

Pick Turborepo if you have a JS/TS workspace and want fast caching with zero opinion and minimal config. Pick Nx if you want a long-term monorepo platform with code generation, dep graph, architectural enforcement, and a path to distributed builds.

Both tools are actively developed as of April 2026. Nx is maintained by Nrwl; Turborepo is maintained by Vercel. Neither is vendor-neutral, which is why this comparison exists.

Side-by-Side Spec Table

Feature	Nx	Turborepo
Primary use case	Monorepo platform (build, test, generate, enforce)	Task runner (build, test, lint, format)
Config format	nx.json + project.json per package	turbo.json at root
Language support	JS/TS primary + plugins for Go, Python, Java	JS/TypeScript only
Local caching	Yes (content-addressable)	Yes (content-addressable)
Remote caching	Nx Cloud (free tier + paid)	Vercel Remote Cache (free with Vercel) or self-host
Distributed execution	Yes (Nx Agents, splits tasks across machines)	No (single-machine only)
Code generation	Yes (nx generate, custom generators)	No
Dep graph UI	Yes (nx graph, visual dep graph)	No
Architectural enforcement	Yes (ESLint rules, module boundaries)	No
File structure opinion	Opinionated (nx generate scaffolds structure)	Zero opinion
Adoption speed	Hours to days (more config)	Minutes (minimal config)
Pricing (remote cache)	Free Hobby tier; Team usage-based from $19/active contributor/mo	Free with Vercel; self-host option
License	MIT	MIT
Maintainer	Nrwl (independent company)	Vercel

When Nx Wins

+Your team is 30+ engineers and you need a platform, not just caching
+You want code generators (nx generate component, nx generate lib) to enforce conventions
+You need a visual dep graph to understand cross-package dependencies
+CI builds are slow enough to need distributed execution across machines (Nx Agents)
+You want to enforce module boundaries (e.g., feature/ cannot import from app/)
+You have non-JS code you want to integrate (Nx's plugin for Go, Rust, Java, Python)
+You are migrating from a Lerna v3-v5 setup (Nrwl/Nx acquired Lerna)

When Turborepo Wins

+You want to add caching to an existing npm/yarn/pnpm workspace in 30 minutes
+Your team is under 30 engineers and you want fast builds, not a platform
+You don't want any opinion on your project structure
+You're already on Vercel and want free remote caching without extra signup
+You want to understand and own the entire tool config (turbo.json is one file)
+You don't need code generators or architectural enforcement
+Your team will resist Nx's opinionation

Benchmark Data (with bias disclosure)

Bias disclosure

The most widely cited benchmark is Nx's own vsavkin/large-monorepo repo, maintained by Nrwl. Turborepo has published counter-benchmarks. Neither is neutral. Treat both as marketing data and benchmark on your own codebase.

The key insight from independent measurements: both tools achieve similar build times when cache hit rates are equal. The meaningful difference is in distributed execution (Nx Agents vs Turbo's single-machine limit) which matters at 50+ engineers.

Config Comparison

Nx (nx.json)

// nx.json
{
  "defaultBase": "main",
  "targetDefaults": {
    "build": {
      "dependsOn": ["^build"],
      "outputs": ["dist/{projectRoot}"]
    },
    "test": {
      "cache": true
    },
  },
  "namedInputs": {
    "default": ["**/*", "sharedGlobals"]
  }
}

Turborepo (turbo.json)

// turbo.json
{
  "tasks": {
    "build": {
      "dependsOn": ["^build"],
      "outputs": ["dist/**"]
    },
    "test": {
      "dependsOn": ["build"],
      "outputs": []
    },
    "lint": {
      "outputs": []
    
    }
  }
}

Turborepo's config is noticeably simpler. Nx's config has more surface area but also more leverage (namedInputs, targetDefaults, per-project project.json).

Migration Path Between Tools

Turborepo to Nx

Run npx nx@latest init in an existing Turborepo project. Nx detects the workspace and converts turbo.json tasks to nx.json targets. Most teams complete this in half a day.

Nx migration guide →

Nx to Turborepo

No official migration guide. Manual process: convert nx.json targets to turbo.json tasks, remove nx.json, project.json files, and disable Nx plugins. You lose code generators and dep graph UI.

Undocumented and uncommon migration direction.

All tools comparison →CI/CD implications →Bazel vs Nx →Turborepo vs Lerna →

Is Turborepo better than Nx?+

Different scopes. Turborepo excels as a fast, zero-opinion task runner for JS/TS workspaces. Nx is a full monorepo platform with code generation, dep graph, and architectural enforcement. If you want to add caching to an existing workspace in minutes, Turborepo wins. If you want a long-term platform with guardrails, Nx wins.

Can I use both Nx and Turborepo?+

Technically yes, but there is rarely a reason to. Nx's affected commands cover Turborepo's filtering use case. If you are on Lerna for publishing and Turborepo for builds, migrating both to Nx is cleaner than layering Nx on top.

Does Nx have better caching than Turborepo?+

Both use content-addressable local caching with similar performance. Nx Cloud and Vercel Remote Cache are both fast. The key difference: Nx Agents can distribute execution across multiple machines; Turbo cannot. At large scale (100+ engineers), Nx's distributed execution is a meaningful advantage.

Can I migrate from Turborepo to Nx?+

Yes. Nx provides a migration guide (nx init with a Turborepo project). The main work is converting turbo.json task definitions to nx.json targets. Most teams complete the migration in a day or two. The reverse (Nx to Turbo) is less documented.