It was a significant improvement in workload management. Previously, we didn't have this kind of machine. Now, with this machine, we're able to run completely new workloads.

So it expanded your horizons in this area. We invest in these technologies precisely to extend our horizons.

We don't run mission-critical applications. However, we did see performance improvements because this product allows us to expand the adoption of modern technologies by different researchers. We invest in these technologies to create a data center that improves our overall research productivity output. So these technologies definitely contribute to that improvement.

Benefits of the SDX, to me, are having a very large RAM. We chose 12 terabytes as the sweet spot. We could have gone higher with the higher-density dims and a very high bandwidth backplane, i.e., connecting the blades into the ccNUMA architecture.

Our business is growing and we're getting more and more international. It's easy for us to extend a blade without any other new parts because the chassis is already there. And, of course, with the high performance, it's able to handle more and more users from our growing organization. This is where Superdome X's performance really shines.

Availability. Basically it's availability, in a product that can handle the workload. It has features that will give the most uptime possible for applications.

We can use it for development, production, and a the same time, using different blades. All in one inclusion.

We put a system on this which has a student information system which has attendance, grading, and all student information. We have 35,000 teachers which at least five to six thousand concurrent users there. You need a high performance machine to support that kind of concurrency. CPU and memory, it's just pretty good and helps us to support the students and the teachers of the school.