A new Chrome feature dubbed “Blink LazyLoad” is designed to dramatically improve performance by deferring the load of below-the-fold images and third-party <iframe>s.
The goals of this bold experiment are to improve the overall render speed of content that appears within a user’s viewport (also known as above-the-fold), as well as, reduce network data and memory usage. ✨
👨🏫 How will it work?
It’s thought that temporarily delaying less important content will drastically improve overall perceived performance.
If this …
The post A Native Lazy Load for the Web appeared first on CSS-Tricks.
A new Chrome feature dubbed “Blink LazyLoad” is designed to dramatically improve performance by deferring the load of below-the-fold images and third-party <iframe>s.
The goals of this bold experiment are to improve the overall render speed of content that appears within a user’s viewport (also known as above-the-fold), as well as, reduce network data and memory usage. ✨
👨🏫 How will it work?
It’s thought that temporarily delaying less important content will drastically improve overall perceived performance.
If this …
The post A native lazy load for the web platform appeared first on CSS-Tricks.
This is a follow up to my previous post looking into clip paths. Last time around, we dug into the fundamentals of clipping and how to get started. We looked at some ideas to exemplify what we can do with clipping. We’re going to take things a step further in this post and look at different examples, discuss alternative techniques, and consider how to approach our work to be cross-browser compatible.
One of the biggest drawbacks of CSS clipping, at …
The post Using CSS Clip Path to Create Interactive Effects, Part II appeared first on CSS-Tricks.
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