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Engineered for maximum speed
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Social Assets
Drafts and Ideas
Desktop
·
1200
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Breakpoint
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Performance
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The performance standard for fast moving teams
Faster sites.
Better results.
Home
/features
/blog
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Pre-rendering pages
Framer sites combine Traffic-aware Pre-Rendering (TPR) and Static Site Generation (SSG) to intelligently pre-render your top pages to deliver the fastest page load speed.
Home
/features
/blog
/support
Pre-rendering pages
Framer sites combine Traffic-aware Pre-Rendering (TPR) and Static Site Generation (SSG) to intelligently pre-render your top pages to deliver the fastest page load speed.
saved
27
27
%
saved
999
999
x
648
648
Emili
Dynamic image optimization
Images are automatically resized for each device and delivered in the most efficient format. Large assets are compressed at the edge to WebP and AVIF without visible quality loss.
saved
27
27
%
saved
999
999
x
648
648
Emili
Dynamic image optimization
Images are automatically resized for each device and delivered in the most efficient format. Large assets are compressed at the edge to WebP and AVIF without visible quality loss.
Server-side lazy loading
By default, we render each page on the server, prioritize the initial viewport, and lazy load offscreen content for the fastest load times.
Server-side lazy loading
By default, we render each page on the server, prioritize the initial viewport, and lazy load offscreen content for the fastest load times.
Predictive pre-loading
Navigation is instant. As links enter the viewport, pages are quietly prepared via background fetch. The algorithm adapts to network speed and device type to avoid wasting resources.
Predictive pre-loading
Navigation is instant. As links enter the viewport, pages are quietly prepared via background fetch. The algorithm adapts to network speed and device type to avoid wasting resources.
Concurrent React rendering
While many React-based frameworks still rely on legacy approaches, Framer uses a custom Concurrent library that keeps the main thread free, delivering fast hydration, smooth re-renders, and responsive input.
Concurrent React rendering
While many React-based frameworks still rely on legacy approaches, Framer uses a custom Concurrent library that keeps the main thread free, delivering fast hydration, smooth re-renders, and responsive input.
SEO
Performance
Accessibility
Advanced SEO and AI visibility
We generate automatic sitemaps and use global CDN caching for full online visibility. We are fully optimized for PageSpeed Insights and Core Web Vitals like LCP, CLS, and INP to lead the rankings.
SEO
Performance
Accessibility
Advanced SEO and AI visibility
We generate automatic sitemaps and use global CDN caching for full online visibility. We are fully optimized for PageSpeed Insights and Core Web Vitals like LCP, CLS, and INP to lead the rankings.
Faster sites.
Better results.
Home
/features
/blog
/support
Pre-rendering pages
Framer sites combine Traffic-aware Pre-Rendering (TPR) and Static Site Generation (SSG) to intelligently pre-render your top pages to deliver the fastest page load speed.
saved
27
27
%
saved
999
999
x
648
648
Emili
Dynamic image optimization
Images are automatically resized for each device and delivered in the most efficient format. Large assets are compressed at the edge to WebP and AVIF without visible quality loss.
Server-side lazy loading
By default, we render each page on the server, prioritize the initial viewport, and lazy load offscreen content for the fastest load times.
Predictive pre-loading
Navigation is instant. As links enter the viewport, pages are quietly prepared via background fetch. The algorithm adapts to network speed and device type to avoid wasting resources.
Concurrent React rendering
While many React-based frameworks still rely on legacy approaches, Framer uses a custom Concurrent library that keeps the main thread free, delivering fast hydration, smooth re-renders, and responsive input.
SEO
Performance
Accessibility
Advanced SEO and AI visibility
We generate automatic sitemaps and use global CDN caching for full online visibility. We are fully optimized for PageSpeed Insights and Core Web Vitals like LCP, CLS, and INP to lead the rankings.
Built for speed
Built for speed
JavaScript bundle optimization. Powered by Rolldown, JavaScript is split into chunks, improving LCP by up to 41%. This reduces download sizes and makes sites faster.
Virtualization and culling. Heavy elements like videos activate only in view and stop when out of view, reducing battery drain and keeping CPU and GPU usage low.
Global edge network. Sites are deployed across a worldwide edge network, reducing latency and ensuring consistently fast response times wherever your visitors are.
Smooth Animation. Animations are powered by Motion and
WAAPIto run off the main thread and even before JavaScript finishes loading, resulting in faster perceived speed.JavaScript bundle optimization. Powered by Rolldown, JavaScript is split into chunks, improving LCP by up to 41%. This reduces download sizes and makes sites faster.
Virtualization and culling. Heavy elements like videos activate only in view and stop when out of view, reducing battery drain and keeping CPU and GPU usage low.
Global edge network. Sites are deployed across a worldwide edge network, reducing latency and ensuring consistently fast response times wherever your visitors are.
Smooth Animation. Animations are powered by Motion and
WAAPIto run off the main thread and even before JavaScript finishes loading, resulting in faster perceived speed.JavaScript bundle optimization. Powered by Rolldown, JavaScript is split into chunks, improving LCP by up to 41%. This reduces download sizes and makes sites faster.
Virtualization and culling. Heavy elements like videos activate only in view and stop when out of view, reducing battery drain and keeping CPU and GPU usage low.
Global edge network. Sites are deployed across a worldwide edge network, reducing latency and ensuring consistently fast response times wherever your visitors are.
Smooth Animation. Animations are powered by Motion and
WAAPIto run off the main thread and even before JavaScript finishes loading, resulting in faster perceived speed.JavaScript bundle optimization. Powered by Rolldown, JavaScript is split into chunks, improving LCP by up to 41%. This reduces download sizes and makes sites faster.
Virtualization and culling. Heavy elements like videos activate only in view and stop when out of view, reducing battery drain and keeping CPU and GPU usage low.
Global edge network. Sites are deployed across a worldwide edge network, reducing latency and ensuring consistently fast response times wherever your visitors are.
Smooth Animation. Animations are powered by Motion and
WAAPIto run off the main thread and even before JavaScript finishes loading, resulting in faster perceived speed.
Global edge network. Sites are deployed across a worldwide edge network, reducing latency and ensuring consistently fast response times wherever your users are.
JavaScript bundle optimization. Powered by Rolldown, JavaScript is split into chunks, improving LCP by up to 41%. This reduces download sizes and makes sites faster.
Virtualization and culling. Heavy elements like videos activate only in view and stop when out of view, reducing battery drain and keeping CPU and GPU usage low.
Smooth Animation. Animations are powered by Motion and
WAAPIto run off the main thread and even before JavaScript finishes loading, resulting in faster perceived speed.Global edge network. Sites are deployed across a worldwide edge network, reducing latency and ensuring consistently fast response times wherever your users are.
JavaScript bundle optimization. Powered by Rolldown, JavaScript is split into chunks, improving LCP by up to 41%. This reduces download sizes and makes sites faster.
Virtualization and culling. Heavy elements like videos activate only in view and stop when out of view, reducing battery drain and keeping CPU and GPU usage low.
Smooth Animation. Animations are powered by Motion and
WAAPIto run off the main thread and even before JavaScript finishes loading, resulting in faster perceived speed.Global edge network. Sites are deployed across a worldwide edge network, reducing latency and ensuring consistently fast response times wherever your users are.
JavaScript bundle optimization. Powered by Rolldown, JavaScript is split into chunks, improving LCP by up to 41%. This reduces download sizes and makes sites faster.
Virtualization and culling. Heavy elements like videos activate only in view and stop when out of view, reducing battery drain and keeping CPU and GPU usage low.
Smooth Animation. Animations are powered by Motion and
WAAPIto run off the main thread and even before JavaScript finishes loading, resulting in faster perceived speed.Global edge network. Sites are deployed across a worldwide edge network, reducing latency and ensuring consistently fast response times wherever your users are.
JavaScript bundle optimization. Powered by Rolldown, JavaScript is split into chunks, improving LCP by up to 41%. This reduces download sizes and makes sites faster.
Virtualization and culling. Heavy elements like videos activate only in view and stop when out of view, reducing battery drain and keeping CPU and GPU usage low.
Smooth Animation. Animations are powered by Motion and
WAAPIto run off the main thread and even before JavaScript finishes loading, resulting in faster perceived speed.
Global edge network. Sites are deployed across a worldwide edge network, reducing latency and ensuring consistently fast response times wherever your visitors are.
JavaScript bundle optimization. Powered by Rolldown, JavaScript is split into an optimal number of chunks, improving LCP by up to 41%. This reduces download sizes and ensures sites become interactive faster.
FASTER
Ship high-performance sites that are optimized to convert.
Start for free
Virtualization and culling. Heavy elements like videos activate only in view and stop when out of view, reducing battery drain and keeping CPU and GPU usage low.
Emili
Smooth Animation. Animations are powered by Motion and
WAAPIto run off the main thread and even before JavaScript finishes loading, resulting in faster perceived speed.Global edge network. Sites are deployed across a worldwide edge network, reducing latency and ensuring consistently fast response times wherever your visitors are.
JavaScript bundle optimization. Powered by Rolldown, JavaScript is split into an optimal number of chunks, improving LCP by up to 41%. This reduces download sizes and ensures sites become interactive faster.
FASTER
Ship high-performance sites that are optimized to convert.
Start for free
Virtualization and culling. Heavy elements like videos activate only in view and stop when out of view, reducing battery drain and keeping CPU and GPU usage low.
Emili
Smooth Animation. Animations are powered by Motion and
WAAPIto run off the main thread and even before JavaScript finishes loading, resulting in faster perceived speed.Global edge network. Sites are deployed across a worldwide edge network, reducing latency and ensuring consistently fast response times wherever your visitors are.
JavaScript bundle optimization. Powered by Rolldown, JavaScript is split into an optimal number of chunks, improving LCP by up to 41%. This reduces download sizes and ensures sites become interactive faster.
FASTER
Ship high-performance sites that are optimized to convert.
Start for free
Virtualization and culling. Heavy elements like videos activate only in view and stop when out of view, reducing battery drain and keeping CPU and GPU usage low.
Emili
Smooth Animation. Animations are powered by Motion and
WAAPIto run off the main thread and even before JavaScript finishes loading, resulting in faster perceived speed.Global edge network. Sites are deployed across a worldwide edge network, reducing latency and ensuring consistently fast response times wherever your visitors are.
JavaScript bundle optimization. Powered by Rolldown, JavaScript is split into an optimal number of chunks, improving LCP by up to 41%. This reduces download sizes and ensures sites become interactive faster.
FASTER
Ship high-performance sites that are optimized to convert.
Start for free
Virtualization and culling. Heavy elements like videos activate only in view and stop when out of view, reducing battery drain and keeping CPU and GPU usage low.
Emili
Smooth Animation. Animations are powered by Motion and
WAAPIto run off the main thread and even before JavaScript finishes loading, resulting in faster perceived speed.
Enterprise needs. Startup speeds.
