Azure HPC Cache, part of Microsoft's Azure suite of products, apps and services, offers file caching for high-performance computing (HPC). Azure HPC Cache lets users transfer excess compute capacity to Azure while leaving large datasets in a network-attached storage (NAS) or in Azure Blob storage for a cloud NAS solution.
$5.82
per hour 2 GBs
Dell VPLEX
Score 9.0 out of 10
N/A
Dell VPLEX aims to maximize the returns on investments in all-flash infrastructure or hybrid arrays by providing continuous availability to business-critical workloads. VPLEX also creates a flexible storage architecture designed to gives IT teams the agility they need to respond to rapid business and technology changes while maximizing asset utilization across active-active datacenters.
N/A
Pricing
Azure HPC Cache
Dell VPLEX
Editions & Modules
Read-write Cache
$5.8152
per hour 2 GBs
Read-only Cache
$7.3476
per hour 4.5 GBs
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Offerings
Pricing Offerings
Azure HPC Cache
Dell VPLEX
Free Trial
No
No
Free/Freemium Version
No
No
Premium Consulting/Integration Services
No
No
Entry-level Setup Fee
No setup fee
No setup fee
Additional Details
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Community Pulse
Azure HPC Cache
Dell VPLEX
Considered Both Products
Azure HPC Cache
No answer on this topic
Dell VPLEX
Verified User
Anonymous
Chose Dell VPLEX
When this was purchased there was no other product that could achieve what we were looking for, now this feature is pretty standard with storage platforms. It is a costly solution not just the hardware but the infrastructure to support it. It requires a connection between sites …
This works in two fold. First it creates a copy of the data in two locations, protecting the data from a SAN or a NAS failure. Second, it provides a data point in a second location that can be used as storage for a stretched virtual cluster, giving a virtual stack a means to continue operation.
When this was purchased there was no other product that could achieve what we were looking for, now this feature is pretty standard with storage platforms. It is a costly solution not just the hardware but the infrastructure to support it. It requires a connection between sites with at least 3 gigabytes per second and sub 5 millisecond latency and a network infrastructure capable of handling that