Ever wanted more CPU and processing power without the cost of buying another server? InMotion Hosting is unique in how we handle CPU Cores for our Virtual Private Servers. Just like Burstable RAM, we give you flexible resource limits with CPU Cores. Whether you only need a single core for a simple script, or multiple cores for a heavy traffic custom application, our VPS platform automatically adapts to your processing needs. This ensures that no matter what your task is, it's done quickly and efficiently.
Over the last year, I’ve spent days testing and reviewing multiple virtual private server platforms for the best VPS option. If you don’t want to deal with installing software on a desktop or server, and you just want a VM to run your application now, then these 3 done for you virtual machine software solutions are guaranteed to work. Spin up a VM in the cloud on SSD storage for as little as $5 per month…

You may also think that since you've customized your VPS, that you're stuck with the resources that you originally selected when you created your account. That's not true either. If you need additional resources after signing up for your account, that's just a sign that your site is growing. It's a sign of success. You shouldn't be penalized because for this success. That's why our VPS plans are completely scalable. Just contact our support team when you need more resources and we'll be happy to help.

koding.com has a free VM running Ubuntu. The specs are pretty good, 1 gig memory for example. They have a terminal online you can access through their website, or use SSH. The VM will go to sleep approximately 20 minutes after you log out. The reason is to discourage users from running live production code on the VM. The VM resides behind a proxy. Running web servers that only speak HTTP (port 80) should work just fine, but I think you'll get into a lot of trouble whenever you want to work directly with other ports. Many mind-like alternatives offer similar setups. Good luck!

Partitioning a single server to appear as multiple servers has been increasingly common on microcomputers since the launch of VMware ESX Server in 2001. The physical server typically runs a hypervisor which is tasked with creating, releasing, and managing the resources of "guest" operating systems, or virtual machines. These guest operating systems are allocated a share of resources of the physical server, typically in a manner in which the guest is not aware of any other physical resources save for those allocated to it by the hypervisor. As a VPS runs its own copy of its operating system, customers have superuser-level access to that operating system instance, and can install almost any software that runs on the OS; however, due to the number of virtualization clients typically running on a single machine, a VPS generally has limited processor time, RAM, and disk space.[2]
×