Cisco Enters Hyperconverged Market with HyperFlex
Cisco has just announced a new line of HyperConverged appliances called HyperFlex. With this announcement, Cisco has officially entered the HyperConverged market with an appliance with integrated compute, storage and network.
The HyperFlex line initially consists of three flavours and features the hardware of the existing Unified Computing System (UCS), coupled with a hypervisor (initially VMware vSphere, eventually Microsoft Hyper-V and KVM), a software defined storage solution from SpringPath (licensed for HyperFlex) and the networking solutions of UCS.
The three flavours of HyperFlex consists of a minimum of four nodes of either UCS C220 M4, C240 M4 or B200 M4 servers. To distinguish them from the UCS line, the HyperFlex appliances have a prefix of HX.
The piece that was missing in the UCS stack, was a storage layer. Cisco isn’t a storage company, so to create the HyperFlex appliances, Cisco licensed the software defined storage solution from Springpath. This solution provides a few features that are pretty robust:
- It is based on a Log-structure file system which optimises writes and reduce erase cycles.
- Synchronous replication; data is first written to a local cache and replicated to at least two (depending on the protection policy) remote drives.
- In-line deduplication and compression.
- Self-healing capabilities for lost nodes and replacements.
- It allows access to the storage from non-HyperFlex servers.
- Independent scaling of storage and compute nodes.
- Simplicity of management; the entire HyperFlex solution can be managed via vCenter plugins, which means no learning curve for the administrators.
Snapshot Back-ups per VM
With the vCenter integration, it is possible to create storage snapshots on a per VM basis. These snapshots can be scheduled on an hourly, daily and/or weekly basis with different retention policies. With VAAI integration, the VMs are quiesced and therefore crash consistent. Also, the snapshots are pointer based, so they are created fast and don’t take up much disk space.
Cloning of VMs is offloaded to the storage layer through the vCenter plugin. Simply right click a VM, select the clone option and you can specify the amount of clones you’d like, an optional customization specification and the naming scheme for the new VMs. The clones are pointer-based snapshots, so they don’t take up space.
The servers are managed through the UCS Manager in the Generation 2 Fabric Interconnect 6248UP or 6296UP models. Support for Generation 3 with 40Gbit ports is expected to be supported soon. The Fabric Interconnects is a required component of the appliances, as it provides the hardware management and network integration.
The startup bundle with three HX220c appliances, including the required UCS Fabric Interconnects is expected to list around $59k with a year of support included. When it comes to UCS Fabric Interconnects, three servers and the software that powers it all, that is pretty competitive.
Find out more at the Cisco HyperFlex launch page.
- Cisco UCS Fabric Interconnect port licensing explained by Edwin Weijdema
- Rapid VMware deployment with Virtual SAN Ready Nodes by Anne Jan Elsinga
- vRealize Orchestrator Cisco UCS Plugin is available now by Erik Scholten
- VMworld 2015: VMware introduces EVO SDDC by Erik Scholten
- NetApp joins EVO with NetApp Integrated EVO:RAIL by Erik Scholten
With over 12 years of experience in designing and deploying datacenter environments on all layers, Martijn now works as a NSX Specialist at VMware Benelux.
He is a Cisco’s CCIE Datacenter, VMware VCIX-NV, VCP-DCV, VCP-CMA, VCAP-DCA, VCAP-DCD, VSP, VTSP, VMware vExpert (2015-2017) and Cisco Champion (2015-2017).