Vercel's mission is to provide the speed and reliability innovators need to create at the moment of inspiration. Last year, we focused on speeding up the way Next.js bundles your apps.
There was one hurdle left: Webpack. Webpack has been downloaded over 3 billion times. It’s become an integral part of building the Web, but it's time to go faster and scale without limits.
Today, we’re launching Turbopack: our successor to Webpack.
Led by the creator of Webpack, Tobias Koppers, Turbopack will be the Web’s next-generation bundler. We’re building it with high-performance bare-metal tooling—open source today, for all frameworks in the future.
Try out the alpha of Turbopack in Next.js 13 today with
next dev --turbo.
Turbopack is built on a new incremental architecture for the fastest possible development experience. On large applications, it shows updates 10x faster than Vite and 700x faster than Webpack. On even larger applications, the difference is greater—often 20x faster than Vite.
Turbopack only bundles the minimum assets required in development, so startup time is extremely fast. On an application with 3,000 modules, Turbopack takes 1.8 seconds to boot up, while Vite takes 11.4 seconds.
To learn more, read the docs on how Turbopack bundles and view the benchmarks.
Turbopack’s architecture takes the lessons learned from tools like Turborepo and Google’s Bazel, both of which focus on using caches to never do the same work twice.
Turbopack is built on Turbo: an open-source, incremental memoization framework for Rust. Turbo can cache the result of any function in the program. When the program is run again, functions won't re-run unless their inputs have changed. This granular architecture enables your program to skip large amounts of work, at the level of the function.
An incremental reactive system with the speed of Rust? Turbopack is unstoppable.
To learn more, check out our explainer on Turbo.
To start, Turbopack will be used for the Next.js 13 development server. It will power lightning-fast HMR, and it will support React Server Components natively, as well as TypeScript, JSX, CSS, and more.
Turbopack will eventually also power Next.js production builds, both locally and in the cloud. We’ll be able to share Turbo's cache across your entire team, using Vercel Remote Caching.
Webpack users can also expect an incremental migration path into the Rust-based future with Turbopack.
We couldn’t be more excited about the future of the Turbo ecosystem, as we push to help you iterate faster and create at the moment of inspiration.
Explore the Turbopack alpha in Next.js 13 today.