Post by suborna913 on Apr 29, 2024 23:06:36 GMT -8
The lazy-loading process is a mechanism for loading an image or video only when necessary.
Understanding its operating logic and benefits, we can translate it as strategic loading.
To understand the logic well, consider a vertically extensive web page with dozens, or perhaps hundreds, of images.
Most of these images are below the first, second or countless other folds on the page.
If only the first fold is visible Pharmaceutical Email List and interactive to the user, why load the other pages? What if the user doesn't scroll the page?
Therefore, with the image lazy loading feature implemented, images will be loaded by the internet browser only when necessary, that is, when they are in an area visible to the user.
Otherwise it doesn't make sense. It's unnecessary processing, bandwidth consumption and a waste of money. As well as a delay in the user's expectation to interact and possibly convert, or complete an action proposed by the page.
The importance of the Lazy-Loading process
Making use of lazy load will help all parties involved in a digital project.
On the management side, by frying our eggs, we will have financial savings. As images will no longer be loaded unnecessarily, bandwidth consumption costs will decrease.
Images, and multimedia resources, are always a big villain in performance.
These elements are also more expensive to store and distribute.
The Lazy-Loading process will not help with storage issues, but it will contribute to distribution.
And with fewer images being distributed, you will reduce costs and increase your margins.
On the users' side, the gains are also significant.
Basically, they boil down to saving time and money.
I save time, because I will access and navigate between pages on the website more quickly.
And I earn money, because I will consume less of my data package. And yes, most people use limited data packages in Brazil.
The WebP image format
The WebP (pronounced Weppy) image format is a new image format developed by Google engineers.
It reduces file size considerably and maintains image quality.
By aligning images in WebP with lazy loading, the distribution of images will be more strategic, efficient and economical.
Understanding its operating logic and benefits, we can translate it as strategic loading.
To understand the logic well, consider a vertically extensive web page with dozens, or perhaps hundreds, of images.
Most of these images are below the first, second or countless other folds on the page.
If only the first fold is visible Pharmaceutical Email List and interactive to the user, why load the other pages? What if the user doesn't scroll the page?
Therefore, with the image lazy loading feature implemented, images will be loaded by the internet browser only when necessary, that is, when they are in an area visible to the user.
Otherwise it doesn't make sense. It's unnecessary processing, bandwidth consumption and a waste of money. As well as a delay in the user's expectation to interact and possibly convert, or complete an action proposed by the page.
The importance of the Lazy-Loading process
Making use of lazy load will help all parties involved in a digital project.
On the management side, by frying our eggs, we will have financial savings. As images will no longer be loaded unnecessarily, bandwidth consumption costs will decrease.
Images, and multimedia resources, are always a big villain in performance.
These elements are also more expensive to store and distribute.
The Lazy-Loading process will not help with storage issues, but it will contribute to distribution.
And with fewer images being distributed, you will reduce costs and increase your margins.
On the users' side, the gains are also significant.
Basically, they boil down to saving time and money.
I save time, because I will access and navigate between pages on the website more quickly.
And I earn money, because I will consume less of my data package. And yes, most people use limited data packages in Brazil.
The WebP image format
The WebP (pronounced Weppy) image format is a new image format developed by Google engineers.
It reduces file size considerably and maintains image quality.
By aligning images in WebP with lazy loading, the distribution of images will be more strategic, efficient and economical.