Distributed Server SAN

Software-defined block storage for Cloud and
Enterprise applications at any scale

“Excelero’s NVMesh architecture extends the promise of SDS to low-latency workloads by leveraging server-side NVMe-based flash storage to deliver a scalable converged infrastructure for next level performance.”

Scott Sinclair
Senior Analyst, Enterprise Strategy Group, Inc.

Maximize your Storage
Efficiency and Flexibility

Excelero was inspired by how Tech Giants like Amazon, Facebook and Google have redefined storage for web-scale applications to maximize operational efficiency and flexibility.

Meet the Storage Requirements of All Your Applications

New applications, such as IoT, Big Data Analytics and Artificial Intelligence, have a big impact on storage workloads and require a significant transformation in storage architectures.

Do not Compromise
on Scalability or Performance

Excelero’s NVMesh® enables customers to design ServerSAN infrastructures for the most demanding enterprise and cloud-scale applications, leveraging standard servers and multiple tiers of flash.

Leverage NVMe
at full capacity

NVMesh features Elastic NVMe, a distributed block layer that allows unmodified applications to utilize pooled NVMe storage devices across a network at local speeds and latencies.

NVMesh offers local NVMe performance at data center scale through true convergence

NVMesh enables true converged infrastructure by logically disaggregating storage from compute:
it bypasses the CPU and avoids noisy neighbors.

100% Software-defined Storage

Leverages standard servers and state-of- the-art components: NVMesh is deployed as a virtual, distributed non-volatile array and supports both converged and disaggregated architectures.

Highest distributed NVMe performance

NVMe deployed throughout the data center as one pool: applications benefit from latency, throughput and IOPs of local NVMe with the benefits of centralized, redundant storage.

Scales across the datacenter

Start with a few servers and scale out limitlessly across data centers with guaranteed reliability and predictable performance while maintaining operational simplicity.