How to Improve Website Performance with Shared Hosting?
Several new websites and businesses opt for a Shared Hosting service for its affordability, ease of use, and convenient features that facilitate the website hosting journey at the early stage.
However, the Shared Server environment and infrastructure often come with risks of performance lags due to other websites’ activity and poor resource allocation.
But just because you are using Shared Hosting for your website does not mean it is bound to lag or experience slow speed and performance. Many of the top Windows Shared Hosting and the best Linux Hosting providers offer Shared Hosting plans built upon the latest technology that helps deliver excellent performance to the websites. However, even if these solutions enhance the speed, it isn’t enough.
This article intends to offer tips and measures you can use to optimise your website’s performance with Shared Hosting.
Ways to Improve Your Website Performance with Shared Hosting
Optimised speed and performance are key to retaining your website visitors by offering enhanced customer experience and increased conversion rates.
Here is how you can improve website performance with your Shared Hosting plan.
A Content Delivery Network (CDN) is the key to a supercharged website
A CDN is a set or collection of different web servers located across different geographical locations to deliver a website’s content to a user based on their particular location.
Hosting your website on a single Windows or Hosting Linux Server sends all the user requests to that server, increasing the load and processing time required for each request. This directly results in slow speed and content delivery, resulting in poor customer experience.
In contrast, a CDN directs the user requests to the nearest server, which delivers the content much quicker, offering a faster response time and boosting your website speed.
Perform image optimisation
Images are rich media are crucial website components to attract customers and offer a visually appealing website experience. However, poor website design, high-resolution images, excess media, and large files are the major culprit behind slow website performance.
Hence, to ensure enhanced and fast website performance, optimise and compress your website’s images and quality, and delete unnecessary and uncompressed media, replacing them with resized and compressed versions.
Compressing and reducing image size reduces overall website page weight, significantly boosting the website speed.
Leverage website caching for streamlined performance
When there are too many visitors trying to access your website’s page at one time, it slows down the server, delaying and slowing down the content delivery speed.
Caching your web pages stores your website’s current version on the hosting server and prevents repetitive page rendering. So, whenever a visitor requests for the same web page over and over again, caching delivers the content instantly, allowing them to experience lightning-fast speed.
Implement Gzip compression
Gzip compression is one of the most popular methods to compress the size of any website’s files. It reduces the server response time and this is done by minimising HTTP requests.
Let’s say a browser sends a request for a file from your server. Gzip will compress the file before sending it over. Once the file reaches the user, the browser will then unzip the file and deliver the content. This way, the time taken to load will reduce significantly.
Shared Linux Web Hosting, in India, is the most popular and affordable hosting service opted by many new websites and budding entrepreneurs. Besides choosing a reliable hosting provider, it is also crucial to optimise the site’s performance to rank a higher SERP (Search Engine Results Page) position and offer better customer satisfaction.
Slow speed and inefficient performance are huge barriers to your website’s growth and success.
You can avoid performance bottlenecks by choosing the best Linux Hosting in India or a reliable Windows Shared Hosting and implementing the measures discussed above.