HPE Welcomes Dell to Composable Infrastructure …Three Years Too Late
May 02, 2018 • Phil Davis, Chief Sales Officer • Blog Post
IN THIS ARTICLE
- Composable infrastructure is not a technology of the future--it’s already available today
- HPE first introduced our vision for composability in 2015 and launched HPE Synergy, the industry’s first composable infrastructure, in 2016
- With more than 1,400 customers, HPE Synergy is a battle-tested 100% software-defined infrastructure, embraced for its ability to compose fluid pools of physical and virtual compute, storage, and fabric resources into any configuration and for any application, all through a single user interface
After three years and 1,400 customers later, Dell arrives to the party but it's too little, too late
Welcome back to 2015.
I think I’m having a déjà vu day, given the “news” coming out of Dell Technologies World in Las Vegas yesterday. It’s as if another sequel to the movie Back to the Future has been released.
At the conference yesterday, Dell announced a platform that sounds similar to what we at HPE announced almost three years ago HPE Synergy, our infrastructure-as-code platform that bridges traditional and cloud-native applications to enable fast deployment of IT resources.
But don't take it from me.A recent independent research report described infrastructure-as-code as critical to the composable software-defined data center, noting that composable infrastructure will become the predominant approach to computing. The report also cited HPE Synergy as the "only ... current product (that) legitimately meets (the report's) definition of a local CIS (composable infrastructure system) and commented that HPE remains an infrastructure leader ... and enjoys an early-mover advantage" with CIS.
While late to the party, I understand Dell’s eagerness to launch an HPE Synergy-like composable solution. The impressive growth of HPE Synergy is a testament to the unmet need it fills; more than 1,400 customers – across all regions and industries – have embraced HPE Synergy for its ability to compose fluid pools of physical and virtual compute, storage, and fabric resources into many configurations based on the needs of the application it's running. And all through a single user interface.
For enterprises considering how to assess the capabilities of a composable solution, here are some insights based on HPEs years of experience in this area.
First, be sure the solution is software-defined. As the first composable infrastructure option, HPE Synergy is fully programmable through a single API . With a single line of code, the solution's innovative composable API can fully describe and provision the infrastructure that is required for applications, eliminating weeks of time-consuming scripting.
Also, the solution needs to have the ability to integrate with a broad ecosystem of partners , enabling users to quickly mesh with existing tools and software stacks desired, including Chef, Puppet, Red Hat, VMware, Microsoft, Docker, and many more. This principle was foundational to our development of HPE Synergy.We have worked with these partners to transform best practices into software-defined templates, enabling IT administrators to speed the deployment of new workloads and build a software-defined data center in a few clicks. Or it can be deployed as part of your standard refresh cycle, giving you the ability to grow your capabilities at a pace that makes sense for your business.
In addition, you must ensure that the composable solution can seamlessly handle all workloads whether they are physical, virtual, or containerbased. Composable infrastructure is not limited to a single operating paradigm; it can run virtual machines, bare-metal deployment, and containers, allowing IT to operate from a single platform while reducing data center complexity and cost.
Aside from the three principles which address today's customer needs, HPE Synergy was designed with afuture-proof architecture ready to compose memory and to ensurea seamless transition to Gen-Z.Last year, we showed off a Memory-Driven Computing prototype built using Gen-Z principles that features 160 TB of composable main memory. So, Dell is late to this party as well.
The future will tell if Dell's latest foray meets the standards our customers have come to expect from composable infrastructure. Here's what some of them have to say:
- "HPE Synergy and HPE OneView ... bring our vGRID cloud services platform to life by enabling customers to deploy their own dedicated resources in the same way they would a virtual machine. This autonomy enables them to consume what they want, when they want it, and that's a powerful value proposition." - Bruce Trevarthen, group CEO, LayerX Group, a New Zealand company that provides IT services to small and medium-sized businesses 1
- "HPE Synergy works standalone, which means no integration problems. It doesn't need other products bolted on and thats great because it makes us more maneuverable and agile." - Darryl Shorts, Infrastructure Architect, Franciscan Missionaries of Our Lady Health System 2
- "Last year, we deployed our servers by hand. So we unpack a server, we need to do firmware updates, sometimes we even needed to assemble it. So quite a wait time until they can start using our services. Now with the Synergy, we can just deploy the servers as fast as we need them." - Stephan Dangl, Team Leader Server, Storage, Virtualization, Bechtle Hosting & Operations 3
HPE Synergy is proven. Our composable infrastructure delivers new value and accelerates business transformations. And, it's available today.
Will Dell's recently-launched solution do the same? I guess we'll see, maybe in three years or so.
To learn more about HPE Synergy, visit: https://www.hpe.com/us/en/integrated-systems/synergy.html
To learn more about our composable infrastructure strategy, visit: https://www.hpe.com/in/en/what-is/composable-infrastructure.html
1 HPE, LayerX platform accelerates business for New Zealands SMBs, a00026240enw, October 2017
2 HPE, Franciscan Missionaries benefits from composable infrastructure, a00023101enw, September 2017