Affordable*, Fast, Reliable, and Easy to use web hosting.

SSD (Solid State Drive) Dramatically boost the performance of your website with our pure SSD (Solid State Drives) servers. Our SSD configuration is backed by FastPath caching technology to gain 300% - 500% more I/O speed, over the regular hosting server configuration.

Many hosting providers offer accelerated SSD servers, meaning that the SSD is used partially to host server software and OS only, not your website files. We use pure SSD servers, which host your website files too on SSD.

An inode, or index node, represents a single file, folder, or even an email message.

Many hosts advertise large amounts of disk space, which can be very appealing. However, what they often don't highlight is the inode limit hidden in their terms of service

This means that even if you have plenty of disk space left, you could still run into issues if you exceed the inode limit.

At 2MHost, we believe in transparency and simplicity. That's why we use disk space as the primary measure for our hosting packages, rather than inode limits. We want our customers to have a clear understanding of what they are getting, without any hidden restrictions.

This is the number of different websites you can host in each web hosting account, each with its own E-mail, Website builder access and private SSL certificate.

All hosted websites in each package share the same cPanel access, disk space and other resources.

Subdomains are like section.yourdomain.com and something.yourdomain.com, each with its own FTP access

Subdomain can be an easy way to create a memorable Web address for unique sections of your website.

2MHost offers free SSL certificate for each subdomain or wildcard SSL for all subdomains at once.

HTTP/2 provides 20%-30% faster page loading time than HTTP by allowing download of all web page resource with a single connection. This reduces the number of round trips needed to set up multiple connections during web page loading.

With HTTP/2, multiple requests are allowed at the same time, on the same connection. Previously, with HTTP/1.1, each transfer would have to wait for other transfers to be completed.