SSD VPS Hosting

Unleash blazing-fast performance on a Kamatera VPS powered by SSD.

Why choose a SSD VPS?

When you combine the dedicated resources and control of a VPS with the lightning-fast speed of an SSD, you can:

Delight users with dramatically faster page loads, improving user experience and conversion rates.

Run resource-intensive applications like databases and e-commerce platforms with unprecedented responsiveness.

Enjoy enhanced security with SSDs’ improved data transfer speeds, giving you a more protected server environment.

Blazing-Fast Server Speeds

We use cutting edge hardware, such as Ice Lake Processors and NVMe SSD, to deliver fast response times with 99.95% uptime.

Affordable Pricing from $4

Only pay for the services you need. Our flexible monthly and hourly pricing models allow you to keep your costs under control.

24/7 Support

Our technical support specialists are available 24/7 so that you can receive help no matter when you need it.

Explore our marketplace of pre-configured apps and services

VPS Hosting Options

Windows VPS

One of X Node’s most popular server options.

Forex VPS

Outstanding performance at a low price point.

SSD VPS

Higher data transfer rates, and increased reliability.

Linux VPS

Deploy a server specially designed to work with Linux distributions.

FAQs

What is VPS?

A Virtual Private Server (VPS) is a virtual machine that provides virtualized server resources on a physical server that is shared with other users. VPS hosting uses virtualization technology to split a single physical machine into multiple private server environments that share the resources. With VPS hosting, you get reserved space and resources on a dedicated server, offering greater control and customization at a lower price point.

VPS hosting is a popular choice for businesses and individuals who need more control over their server environment than shared hosting can provide, but don’t want to invest in a dedicated server.

What’s the difference between shared hosting and VPS hosting?

A VPS and a shared hosting plan cater to two different use cases. If you aim to host a small website or personal blog without the hassle of server administration, a shared hosting plan is the ideal choice. It provides standard configurations compatible with popular CMS tools and platforms.

On the other hand, if your project demands a tailored server setup, a specific operating system, and administrative access for environment management and monitoring, we recommend a VPS. This option grants you root access to the server, allowing you to customize it according to your specifications.

What are the benefits of using a cloud VPS?

Using a cloud Virtual Private Server (VPS) offers several benefits. Here are some of them:

Scalability: Cloud VPS hosting allows for easy scalability, enabling users to quickly increase or decrease resources like CPU, RAM, and storage based on their needs. This flexibility ensures optimal performance and cost efficiency, especially during periods of increased traffic or resource demand.

Isolation: Each cloud VPS operates independently within a virtualized environment, providing users with dedicated resources and isolation from other users. This isolation enhances security and performance by preventing resource contention and minimizing the risk of neighboring server issues impacting your operations.

Reliability: Cloud VPS hosting is inherently more reliable than traditional hosting solutions due to its built-in redundancy and failover mechanisms. Cloud infrastructure ensures high availability by distributing resources across multiple physical servers and data centers, reducing the risk of downtime and ensuring uninterrupted service.

Will my data be secure on X Node's VPS cloud hosting?

X Node's VPS cloud servers are ideal for organizations that require high discretion and security. Apart from offering a secure virtual environment for operations, our cloud services provide these advantages:

Reliable and resilient cloud networks, which eliminate the risk of technical failures by collecting resources from the shared infrastructure
Increased data privacy
Energy efficiency by using shared electrical resources