In today’s Idea Economy, businesses need appropriate IT solutions to help them achieve energised growth, boosted productivity, enhanced innovation, and strengthened profitability.
Thankfully, composable infrastructure is on hand to deploy quickly with simple scaling, run workloads anywhere including physical and virtual servers, remove concerns about resources and compatibility, while still ensuring that the right service levels are always provided.
But how can businesses embrace and deploy the benefits of composable infrastructure? The answer is with HPE Synergy.
What is HPE Synergy?
HPE Synergy aims to solve the problems that can arise from simply trying to ‘bolt’ composable infrastructure onto previous architectures such as converged and hyperconverged systems. In fact, HPE has developed the first platform architected for composability focused solely on helping businesses achieve Idea Economy possibilities.
Essentially, it has been designed to bridge the gap between traditional and cloud-native applications through the implementation of composable infrastructure. Key design principles include fluid resource pools, software-defined intelligence, and a unified application programming interface.
Why is HPE Synergy the future?
In a traditional data centre you will find database servers, exchange servers, application servers and web servers, all of which are designed with static ratios. But because each is built around fixed increments, you need to over-provision, which then means unused resources get stranded in silos.
A recent Wall Street Journal article even found that there are an estimated 10 million of these zombie servers around the world. This equates to drawing four gigawatts of unneeded power, or enough to power 3.2 million households. However, HPE Synergy’s fluid pool of resources overcomes this issue.
“We’ve created a tool that allows you to grab what you need on demand,” says Paul Miller, vice president of marketing for HPE’s Converged Data Centre Infrastructure business. “You take however much memory, storage and compute a given workload requires, and when you’re done, the system returns it to the pool.
This single pool means you’re getting greater utilisation out of your existing infrastructure. It’s far more efficient.”