At LinkedIn, we pay attention to site speed at every step of the release process, from code development to production ramp. But inevitably, the performance of our pages degrades over time (we use the word “pages” to denote webpages as well as mobile apps). In this post, we go over the tools and processes we use to catch and fix these degradations. While this is...
site speed Articles
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- Topics:
- site speed,
- Performance
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Editor’s Note: This post is based on Sarah’s talk “Sleek and Fast: Weight Management for your Fat Web Client” given at the Grace Hopper Conference this year in the Software Engineering track. The need for speed In the fall of 2016, our flagship engineering team completed an initial feature build-out for the new LinkedIn desktop site built on our new Pemberly...
- Topics:
- site speed,
- Ember,
- Pemberly
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Serving fast pages is a core aspiration at LinkedIn. As part of this initiative, we continuously experiment and study the various layers of our stack and identify optimizations to ensure that we use the most optimal protocols and configurations at every layer. As LinkedIn migrated to serving its pages on HTTP/2 earlier this year, it became imperative that we...
- Topics:
- site speed,
- Performance
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Co-authors: Jiahui Qi and David He Everyday, LinkedIn serves hundreds of millions of pageviews to our members, from job searches to...
- Topics:
- A/B Testing,
- RUM,
- site speed,
- T-REX,
- experimentation,
- performance analysis
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Site speed is one of LinkedIn’s major engineering priorities, as faster site speed directly correlates with higher engagement. There...
- Topics:
- site speed,
- Performance
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In early February, we reduced our 90th percentile U.S. subsequent page load time by 46% on our Job Details page. We achieved this by...
- Topics:
- site speed,
- Performance,
- Ember