Last week, we held a webinar to talk about what is new in HC3 these days. We are doing these “What’s New” webinars every six months so if you want to be informed and have the chance to ask questions to our product management team, you should attend. Today I am going to summarize some of the topics from last week’s webinar for you.
If you have been following along closely, you’ll have noticed we’ve been leaking mentions of our newest HC3 models in previous webinars.
The first new model we have available is the HC1150DF, our first ALL-FLASH appliance. If your applications need screaming fast performance, you can’t get much faster than the HC1150DF. Like the HC1150D, the HC1150DF has dual processors for higher performance computing. The HC1150DF can be mixed and matched with existing HC3 product lines which allows users to dial in the exact amount of flash needed in their environment. See the latest support matrix for specifics.
2016 has been a remarkable year for Scale Computing and one of our biggest achievements was the release of the HC1150 appliance. The HC1150 significantly boosted the power and capacity of our HC1000 series and featured hybrid flash storage at a very affordable price. As a result, the HC1150 is our most popular HC3 model but, of course, we couldn’t stop there.
First, we have begun offering 8TB drives in our HC1000 series appliances to increase the maximum storage capacity by almost double (or actually double it on the HC1100). Data sets are ever increasing in size and this increase in storage capacity means you can grow capacity even faster and more affordably, one node at a time. The unique ability of HC3 to mix and match nodes of varying capacity (and across hardware generations!) means your storage can grow as needed each time you expand your cluster.
Secondly, we have introduced a new HC1150D appliance for pre-sale which doubles the CPU capacity with a second physical processor. CPU can often be a performance bottleneck in scaling out the number of VMs supported. With this increase in CPU capacity, the HC1150D scales out an HC3 cluster to support more compute power across a greater number of VMs. The HC1150D also doubles available RAM configuration up to 512GB per appliance.
Below is a preview of the new configuration ranges and starting pricing for the HC1000 series, including the HC1150D.
Scale Computing is committed to giving our customers the best virtualization infrastructure on the market and we will keep integrating greater capacity and computing power into our HC3 appliances. Our focus of simplicity, scalability, and availability will continue to drive our innovation to make IT infrastructure more affordable for you. Look for more announcements to come.
With an infrastructure refresh on the horizon, a common question asked in IT used to be:
“What should I buy today that will meet my storage demand over the next X years?”
Historically, that is because IT groups needed to purchase today what they would need 3-5 years from now in order to push out a painful forklift upgrade that would inevitably come with reaching max capacity in a monolithic storage array. After the introduction of “scale-out” storage (where you were no longer locked into the capacity limitations of a single physical storage array), the question then became:
“What should I buy today that will
meet grow alongside my storage demand over the next X years?”
This meant that customers could buy what they needed for storage today knowing that they could add to their environment to scale-out the storage capacity and performance down the road. There were no forklift upgrades or data migrations to deal with. Instead, it offered the seamless scaling of storage resources to match the needs of the business.
Now with hyperconverged solutions like HC3 where the scale-out architecture allows users to easily add nodes to infrastructure to scale out both the compute and storage, the question has changed yet again. Hyperconverged customers now ask themselves:
“What should I buy today that will
meet grow alongside my storage infrastructure demand over the next X years?”
Adding nodes to HC3 is simple. After racking and plugging in power/networking, users simply assign an IP address and initialize the node. HyperCore (HC3’s ultra-easy software) then takes over from there seamlessly aggregating the resources of that node in with the rest of the HC3 cluster. There is no disruption to the running VMs. In fact, the newly added spindles are immediately available to the running VMs giving an immediate performance boost with each node added to the cluster. Check out the demo below to see HC3’s scalability in action!