The topic of stretched clusters is HOT. While a few years back, this was not for the faint of heart (unclear support model), mutually exclusive with VMware SRM, and relatively rare – fast-forward to today:
- Clear support model in VMware’s vMSC
- there are thousands of customers that do it, all around the world in all shapes and sizes.
- Solutions that incorporate the “non-disruptive mobility”, “simple HA” of a stretched cluster with the “robust DR including testing/failover/sequencing” of VMware SRM.
And… as we demonstrated at VMworld – lots of investment and R&D in this space – with very long distance being made (potentially) possible with VMware vVols and EMC VPLEX.
But – hey, we could make it even more accessible – today!
Starting now:
- EMC VPLEX is supported in longer latency configs (matching the enhancements in VMotion that increased the max distance to a latency of 10ms round-trip) – up to 200km (really that same 10ms RTT latency). This and the introduction of RAPIDPath – a new technology addition that improves multipathing over long distances – helps increase the number of use cases.
- We discovered that a ton of customers love the unique active/active scale out model that VPLEX represents, but protect a relatively small amount of “active/active” data (and perhaps use it to virtualize more in a single datacenter) – so we created a bundle of EMC VPLEX Metro called “Express Edition” that includes 40TB of Metro active/active storage and Recoverpoint for local continuous protection and 3rd site DR (integrated with EMC VPLEX) – with a crazy low-entry cost.
Great stuff for customers! Read more here…
Hello Chad
Is vendor-neutrality a potential concern for VMware ?
This article claims it could be.
http://itknowledgeexchange.techtarget.com/storage-soup/scale-computing-wary-of-emcs-vmware-trap/?track=NL-52&ad=883139&asrc=EM_NLN_19375602&uid=10814941&utm_medium=EM&utm_source=NLN&utm_campaign=20121101_IWave+Storage+Automator+app+released+as+a+virtual+appliance_icrowley
Posted by: Jasdeep Singh | November 02, 2012 at 06:35 AM