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22 mai 2024 · INP is a metric that assesses a page's overall responsiveness to user interactions by observing the latency of all click, tap, and keyboard interactions that occur throughout the lifespan of a user's visit to a page. The final INP value is the longest interaction observed, ignoring outliers.
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- Suggested Measurement
- Discover What Your Real Users Are Experiencing
- Diagnose Performance Issues
- Future Work and Request For Feedback
The goal of measuring INP is to understand how fast your page responds to user input. The only way to get realistic data is to measure how your page is responding for real users visiting your site using data from the field. Measuring INP in the labthen helps to better understand event timings and where optimizations need to happen. Lab tools won't ...
Visit PageSpeed Insights
PageSpeed Insights pulls field data from the Chrome User Experience (CrUX) Report API, and gives a snapshot of your page and origin's performance over the previous 28 days. This data now includes INP: Try it out at PageSpeed Insights.
Collect your own INP values from the field
If you'd like to collect INP data for a site yourself, the easiest way to do so is the web-vitalslibrary, which now has full INP support in its beta release. Read more about web-vitals and how to measure in the DevTools console.
Web Vitals Chrome extension
The Web Vitals extension gives both an overview of your users' page experience (from the CrUX API) and the real-time values of CWV and key metrics of the current visit to the page. Install the Web Vitals extension for Chrome.
Use Lighthouse User Flows
The new timespan mode in the Lighthouse Panel in DevTools lets you start Lighthouse, interact with your test page however you wish, and then get a report of what happened during that time. This report now includes INP and an audit to help diagnose any responsiveness issues. The same series of interactions can be automated by using Lighthouse user flows. INP is available in user flows as of Lighthouse 9.6.
Tool availability details
1. Chrome User Experience Report (CrUX) 1.1. BigQuery: INP available as interaction_to_next_paint 1.2. CrUX API: INP available as interaction_to_next_paint 1.3. CrUX Dashboard: Includes INP data 2. PageSpeed Insights 2.1. pagespeed.web.dev: Page-level and origin-level INP field data from the CrUX API surfaced as 'Interaction to Next Paint' 2.2. PSI API: INP available as INTERACTION_TO_NEXT_PAINT_MS 3. web-vitals JS library 3.1. web-vitalsincludes INP support 4. Web Vitals Chrome extension 4.1...
Moving forward, Chrome tooling teams will continue to invest in debugging capabilities and optimization recommendations for INP. If you have feedback on anything from the metric's usefulness, to ease of measurement, please bring it to the web-vitals-feedback Google group.
Interaction to Next Paint (INP) is a web performance metric that measures user interface responsiveness – how quickly a website responds to user interactions like clicks or key presses. Specifically, it measures how much time elapses between a user interaction like a click or key press and the next time the user sees a visual update on the page.
12 mars 2024 · After years of work, we're finally ready to make Interaction to Next Paint (INP) a stable Core Web Vital metric. This marks a significant step forward in the way we measure interaction responsiveness, addressing many of the shortcomings of First Input Delay (FID).
Interaction to Next Paint (INP) is an important responsiveness metric that measures how quickly a page responds to user interactions. INP observes the latency of all interactions a user has made with the page, and reports a single value which all (or nearly all) interactions were below.
