When it comes to getting the best from today’s enterprise OLTP databases, a powerful storage solution is vital. Let’s explore how EMC ScaleIO software-defined block storage gives DBAs all the performance, scalability and resiliency they demand – while also giving infrastructure managers the flexibility, ease of management and cost-efficiency they need.
You may be running traditional enterprise OLTP (on-line transaction processing) database applications from vendors like Microsoft, Oracle and SAP. Perhaps you’re exploring new in-memory databases like SAP HANA, or the latest scale-out databases based on NoSQL (including Cassandra, MongoDB, CouchDB, Apache HBase and so on).
When it comes to database storage, you may be using a high-performance purpose-built array to make it all work. Or, if you have economies-of-scale issues, that may drive you to building your own system with direct-attached storage (DAS).
But software-defined storage (SDS) now offers a third option that promises the best of both worlds. EMC ScaleIO uses smart software to connect multiple industry-standard x86 servers into a shareable pool of high-performance block storage – creating a server-based virtual SAN. Our customers are increasingly embracing ScaleIO as a next-generation block storage platform for their databases – and here are some great reasons why…
Software-Defined Flexibility and Agility
ScaleIO software is agnostic to hardware and hypervisor, running on the x86 server infrastructure most organizations already use. ScaleIO can also be deployed flexibly – in a ‘storage-only’ model where storage and applications are on physically separate servers, or in a ‘hyper-converged’ model where each server hosts both applications and shared storage. ScaleIO’s tiny resource footprint means that running hyper-converged has minimal impact on database performance, making this an increasingly popular option.