Scale Computing's HC3: Hyper-converged Computing for Everyone!
Updated March 06, 2019
Scale Computing's HC3: Hyper-converged Computing for Everyone!
Score 10 out of 10
Vetted Review
Verified User
Overall Satisfaction with Scale Computing HC3
HC3 replaced our entire VMware stack of 3 host servers and 2 storage arrays. It hosts our Windows AD structural component servers (DHCP, DNS, AD Services) as well as a number of admin servers (security system, phone system, etc.). We went this route as a more cost-effective means, compared to a complete stack refresh.
- Ease of setup: OOB setup was minimal and could be done by following the supplied Quick Start, although support was available.
- Ease of use: deploying new resources or repurposing/cloning resources is super simple, with a clear GUI that is very intuitive.
- Peace of mind: having a 3-node system with distributed compute and storage means more redundancy in case of any single component failure. Having all that run as part of the "OS" of the system is even better, as it's baked in: there's no set up like with a multi-home VMware implementation.
- Great ROI: compared to a stack refresh, the HC3 came in at more than 50% less.
- It could have been a bit easier to migrate existing VMs or physical machines into the cluster. Using Double Take was OK, but a bit expensive and somewhat tricky.
As mentioned, we run our entire company's Active Directory servers, including DNS, DHCP, AD on VMS inside the HC3. These form the backbone of all PC usage in the company, so they are critical. Migrating using the Double-Take methodology proved to be extremely smooth, allow a "clone" of a running AD server to migrate, then it cleanly shut down the existing server and startup on the HC3 exactly like the original machines.
- As mentioned, ROI was great: an immediate cashflow savings of over $50,000 versus a hardware refresh, plus the benefits of capitalizing it over time.
- No license fees like other hypervisor vendors means we have saved a lot of money since go-live, which we could "bank" toward adding additional nodes should we need additional compute or storage.