To improve website performance, consider hosting, embedded media, coding, server access, database integration, off-site media, graphics, and web page construction. Choose a hosting service with good access speeds and disable GUI interfaces. Use efficient database practices and avoid flashy media and poorly coded web pages. Hand-code HTML, CSS, and JavaScript, and consider using PHP and SQL.
There are several ways to improve website performance. This includes the way the website is hosted, the load caused by unnecessary embedded media, and changing the way pages are coded. Other improvements require direct access to the website host’s server and network. The hosting environment, database integration, off-site media integration, graphics and multimedia additions, and web page construction should all be reviewed in that order. Ideally, these issues should be addressed when the website is first created, but addressing these issues after the fact, while it may be time consuming, will greatly improve website performance.
The hosting environment or service can play an important role in the speed of delivery of web pages. Not all hosting services are created equal, and many offer different levels of performance at different price points. When choosing an outsourced platform for a website, it is advisable to ensure that you are getting the best access speeds to the user’s web page. If a developer has the choice of local or remote hosting server, they should use a server with an operating system that allows all graphical user interfaces (GUI) to be disabled. Running a GUI interface on an operating system loads the server processors so heavily that they may have a hard time finding enough time to perform web page service tasks properly.
Databases are used in conjunction with web pages to enable up-to-date information, user personalization, back-end inventory and sales tracking, and the use of other types of time-sensitive or variable information. Factors that can cause slowdowns when using databases include improperly created tables and associations, poorly constructed queries, inefficient query languages, bloated database management systems, and nominal connections between databases and web servers. It is always best to avoid any server program or operating system that advertises itself as “easy”. The best speed efficiency is achieved by properly learning and using proven and established languages, software, and operating systems that don’t have much visual enhancement.
Website performance is often lagged due to improper incorporation of banners, ads or other click-through type products, and overloaded or unresponsive sources. If this content is needed or if it is required by contract or policy, the designer should ensure that the companies providing the content have a guarantee regarding assured delivery and fast response times. This type of media should be encoded with predetermined placeholders so that it loads in the browser last.
Flashy media platform files can also hamper website performance. This type of add-on or other similar plug-ins should be avoided if possible to improve speed. The purpose of your website should be based on the purpose of your business or personal need and not serve as a showcase for all the developer’s skills.
There are many web design products that create overly burdensome and poorly coded web pages. Designers should learn how to hand-code Standard HyperText Markup Language (HTML) variants, cascading stylesheets, JavaScript, and work with well-compressed web-safe graphics for maximum website performance. Designers may also want to look into Hypertext Preprocessor (PHP) scripting and Structured Query Language (SQL) to improve response times and integration efficiency.
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