Key takeaways from website performance optimization
Important considerations on how to optimize website performance
With the rapid development of the Internet, more and more people are paying attention to the user experience and performance of the website. An efficient website not only attracts more visitors, but also improves user satisfaction and retention. Website performance optimization has become a key step to achieve this goal. This article will introduce some important considerations to help you optimize website performance and improve user experience.
- Compress and Optimize Images
Images are often one of the longest loading times on a website. Therefore, compressing and optimizing images is an important part of improving website performance. Professional image editing tools can be used to compress image sizes and reduce loading times. It is also important to use the appropriate image format. For example, JPEG is suitable for most pictures, while PNG is suitable for transparent backgrounds or icons. - Merge and compress CSS and JavaScript files
Websites usually use a large number of CSS and JavaScript files to present the functionality and style of the page. However, each file needs to send a separate HTTP request, which increases the load time of the website. By merging and compressing these files, you can reduce the number of HTTP requests and shrink the file size, making your website load faster. - Using browser caching
Browser caching is a technology that stores website files in the user's browser. By storing files in the browser cache when a user first visits a website, these files can be loaded quickly when the user visits the website again, thus improving the performance and responsiveness of the website. - Avoid Redirects
Redirecting is the process of redirecting visitors from one URL to another. However, every redirect increases page load time. Therefore, reducing the number of redirects is crucial to optimizing website performance. Check the website for redundant redirects and deal with them promptly. - Accelerate using CDN
Content delivery network (CDN) is a technology that distributes the static resources of a website on multiple servers around the world. By using a CDN, files can be distributed to the server closest to your visitors, thus increasing the speed at which your files load. This is important for websites around the world and can significantly reduce file load times and latency. - Preloading key resources
Preloading is a technology that loads key resources before the user visits the website. By preloading resources such as CSS, JavaScript, and images on the homepage or other important pages of the website, these resources can be loaded in advance, thereby speeding up the loading speed of the entire website. - Remove redundant plug-ins and scripts
Although plug-ins and scripts can increase the functionality and interactivity of the website, excessive use of them will lead to longer website loading times. Therefore, regularly review the plugins and scripts on your website to remove redundant parts and ensure that only necessary functionality is retained.
8. Optimize database query
Database query is a key step in the background processing of data on the website. By optimizing database queries, you can reduce query time and resource consumption, thereby improving website performance. Using appropriate indexing, caching query results and other technologies can significantly improve the efficiency of database queries.
- Use Responsive Design
Responsive design is a technology that automatically adjusts the layout and style of a website according to different devices and screen sizes. Using responsive design avoids developing separate website versions for different devices, thereby reducing maintenance and update costs and improving website performance and user experience. - Monitor and test performance regularly
Finally, regularly monitoring and testing the performance of your website is a key step in optimization. By using performance monitoring tools and services, you can understand your website's load time, response time, and other key metrics. Based on the monitoring results, corresponding adjustments and optimizations will be made to ensure that the website remains efficient and stable.
To sum up, optimizing website performance is a key step to improve user experience and increase website traffic. By compressing and optimizing images, merging and compressing CSS and JavaScript files, using browser caching, avoiding redirects, using CDN acceleration, preloading key resources, removing redundant plugins and scripts, optimizing database queries, using responsive design and regular monitoring and test performance, which can significantly improve the loading speed and user experience of the website. Therefore, when developing and maintaining your website, it is important to pay attention to these important optimization matters to ensure that your website remains efficient and stable at all times.
The above is the detailed content of Key takeaways from website performance optimization. For more information, please follow other related articles on the PHP Chinese website!

Hot AI Tools

Undresser.AI Undress
AI-powered app for creating realistic nude photos

AI Clothes Remover
Online AI tool for removing clothes from photos.

Undress AI Tool
Undress images for free

Clothoff.io
AI clothes remover

Video Face Swap
Swap faces in any video effortlessly with our completely free AI face swap tool!

Hot Article

Hot Tools

Notepad++7.3.1
Easy-to-use and free code editor

SublimeText3 Chinese version
Chinese version, very easy to use

Zend Studio 13.0.1
Powerful PHP integrated development environment

Dreamweaver CS6
Visual web development tools

SublimeText3 Mac version
God-level code editing software (SublimeText3)

Hot Topics











Which folder does the browser cache the video in? When we use the Internet browser every day, we often watch various online videos, such as watching music videos on YouTube or watching movies on Netflix. These videos will be cached by the browser during the loading process so that they can be loaded quickly when played again in the future. So the question is, in which folder are these cached videos actually stored? Different browsers store cached video folders in different locations. Below we will introduce several common browsers and their

DNS (DomainNameSystem) is a system used on the Internet to convert domain names into corresponding IP addresses. In Linux systems, DNS caching is a mechanism that stores the mapping relationship between domain names and IP addresses locally, which can increase the speed of domain name resolution and reduce the burden on the DNS server. DNS caching allows the system to quickly retrieve the IP address when subsequently accessing the same domain name without having to issue a query request to the DNS server each time, thereby improving network performance and efficiency. This article will discuss with you how to view and refresh the DNS cache on Linux, as well as related details and sample code. Importance of DNS Caching In Linux systems, DNS caching plays a key role. its existence

I found that the compressed package downloaded from a download website will be larger than the original compressed package after decompression. The difference is tens of Kb for a small one and several dozen Mb for a large one. If it is uploaded to a cloud disk or paid space, it does not matter if the file is small. , if there are many files, the storage cost will be greatly increased. I studied it specifically and can learn from it if necessary. Compression level: 9-Extreme compression Dictionary size: 256 or 384, the more compressed the dictionary, the slower it is. The compression rate difference is larger before 256MB, and there is no difference in compression rate after 384MB. Word size: maximum 273 Parameters: f=BCJ2, test and add parameter compression rate will be higher

Title: Caching mechanism and code examples of HTML files Introduction: When writing web pages, we often encounter browser cache problems. This article will introduce the caching mechanism of HTML files in detail and provide some specific code examples to help readers better understand and apply this mechanism. 1. Browser caching principle In the browser, whenever a web page is accessed, the browser will first check whether there is a copy of the web page in the cache. If there is, the web page content is obtained directly from the cache. This is the basic principle of browser caching. Benefits of browser caching mechanism

There is a close interaction between the CPU (central processing unit), memory (random access memory), and cache, which together form a critical component of a computer system. The coordination between them ensures the normal operation and efficient performance of the computer. As the brain of the computer, the CPU is responsible for executing various instructions and data processing; the memory is used to temporarily store data and programs, providing fast read and write access speeds; and the cache plays a buffering role, speeding up data access speed and improving The computer's CPU is the core component of the computer and is responsible for executing various instructions, arithmetic operations, and logical operations. It is called the "brain" of the computer and plays an important role in processing data and performing tasks. Memory is an important storage device in a computer.

Office workers use wps software very frequently at work. Sometimes they input multiple files a day and then send them to the leader or to a designated location. So how does wps software compress a folder and package it for sending? The editor below will teach you. This operation step. First, organize the files and folders you want to send into the same folder. If you have a lot of files, it's a good idea to name each file so it's easier to identify when sending. Second step, this time click on this large folder and then right-click. Select "Add to archive". Step 3: At this time, the software will automatically help us package our files. Select "Compress to XX.zip". This zip is the packaging format, and then click Compress Now.

PHPAPCu (replacement of php cache) is an opcode cache and data cache module that accelerates PHP applications. Understanding its advanced features is crucial to utilizing its full potential. 1. Batch operation: APCu provides a batch operation method that can process a large number of key-value pairs at the same time. This is useful for large-scale cache clearing or updates. //Get cache keys in batches $values=apcu_fetch(["key1","key2","key3"]); //Clear cache keys in batches apcu_delete(["key1","key2","key3"]);2 .Set cache expiration time: APCu allows you to set an expiration time for cache items so that they automatically expire after a specified time.

SpringBoot is a popular Java framework known for its ease of use and rapid development. However, as the complexity of the application increases, performance issues can become a bottleneck. In order to help you create a springBoot application as fast as the wind, this article will share some practical performance optimization tips. Optimize startup time Application startup time is one of the key factors of user experience. SpringBoot provides several ways to optimize startup time, such as using caching, reducing log output, and optimizing classpath scanning. You can do this by setting spring.main.lazy-initialization in the application.properties file
