The Ultimate Solution in Hyperconverged Infrastructure
Atlantis HyperScale hyperconverged appliances deliver all-flash performance at 50-90% lower cost than traditional storage or competitive hyperconverged appliances. Instead of integrating costly and complex SAN, NAS or all-flash array storage with servers, Atlantis HyperScale delivers a turnkey, all-flash hyperconverged solution that is pre-integrated with compute, enterprise-class all-flash storage and virtualization. The appliance utilizes Atlantis USX, software-defined storage solution and is pre-configured for server workloads, and virtual workspace environments making it the simplest, fastest and most cost effective solution on the market.
Atlantis HyperScale premium maintenance and support provides customers 24 hours, 7 days a week, 365 days per year phone, email and web-based support services covering the entire Atlantis HyperScale appliance, including the Atlantis software, hypervisor, solid state drives (SSDs) and server hardware components with Dell 4-hour onsite ProSupport Plus Mission Critical service.
Simple Integrated System
Deliver an entire infrastructure in less than an hour
Storage, Networking, Compute pre-configured and customized in 4 easy steps
All-Flash Performance
Best End User Experience for virtual workspaces
Increase VDI and application performance
160,000 IOPS. 0.6 ms Latency. 3.9M TPM
Most Cost Effective
64% lower cost/GB than hybrid hyperconverged
90% lower cost/GB than all-flash hyperconverged
81% lower cost than traditional storage + compute
Manage less and lower data center costs
Modular Scalability
Scale-out linearly
Scale-out performance and capacity with every appliance
Atlantis Solutions
Atlantis technologies will change how you approach Virtual workspaces, ROBO, hyperconvergence, capacity reduction and more
How it works
Built on Atlantis USX
Atlantis HyperScale is built with Atlantis USX. All storage traffic is process in-line boosting both its performance and capacity.

Resiliency
Atlantis HyperScale has built in resiliency. All writes are distributed across the nodes in the cluster. In the event of a node or drive failure, the other nodes and drives continue operating uninterrupted.
