What Makes NVMesh Unique?

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Software-Defined Storage

Leverage standard servers with next-generation storage & networking

Elastic NVMe

Pools NVMe storage across a network at local speeds and latencies
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Zero-CPU

Enables 100% converged infrastructure

Virtual Array

Deployed as a virtual, distributed non-volatile array and supports both converged and disaggregated architectures
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Maximum Efficiency

Negligible overhead – leverage the full potential of your hardware

Client-Side, Distributed Architecture

Enables NVMe sharing that scales performance and capacity linearly

Local Performance at Data Center Scale

Ubiquitous Access

Remote IOPS = Local IOPS
Remote BW = Local BW
Remote Lat.    = Local Lat. + ~5us

Highly Optimized

Capacity-optimized platform with 24 NVMe drives delivers:
> 4.9M 4KB IOPS
> 24GB/s
< 200us of latency

Scalability

20 servers, shared data, > 99% efficiency
128 servers @ NASA > 140 GB/s write throughput (bound by NVMe devices)

True Convergence

Using RDDA, 0% target CPU usage
Scales linearly to 100s of millions of IOPs per rack

NVMesh Benefits

Maximize Resource Utilization

NVMesh was designed to enable customers to maximize NVMe utilization (capacity, performance & endurance) across their infrastructure. Leveraging the new parity-based data protection, NVMesh 2 delivers over 80% greater storage efficiency, which helps further drive down the NVMe TCO.

Standard Hardware & Protocols

NVMesh was designed from the ground up to support any hardware. With the added support for traditional network fabrics and protocols, enabling NVMe over Ethernet, Fibre Channel and InfiniBand, customers don’t have to invest new networking technologies to deploy NVMesh.

More Diagnostic Capabilities

NVMesh 2 enables users to analyze cluster-wide and per-object performance and utilization, and build a customized dashboard from a selection of data visualization widgets.
NVMesh Specs.

Learn More About NVMesh Server SAN