Datrium Storage – Attacking Traditional Arrays And Hyperconverged Servers

Today, Datrium Storage officially emerged out of stealth mode and is presenting its Server Flash Storage System (DVX).

Datrium Storage

Datrium Storage was founded 2012 by leading engineers from Data Domain and VMware:
Brian Biles, ex Data Domain founder / VP Product Mgmt
Hugo Patterson, ex Data Domain original Chief Architect, EMC Fellow
Sazzala Reddy, 2nd Data Domain CTO (employee #15)
Ganesh Venkitachalam, ex VMware Principal Engineer
Boris Weissman, ex VMware Principal Engineer

With such a caliber of talent, it does not come as a surprise that Datrium Storage has created a Server Flash Storage Solution (DVX), focusing on VMware ESXi.

Datrium Storage is focusing on Dev and Test as well as VDI environments.

What is a DVX?
A DVX is build out of two components:
1. ESXi servers + Datrium DVX software + BYO flash
2. Datrium NetShelf

The Datrium NetShelf is only used for HA, NVRAM and shared capacity.

The DVX software on the ESXi servers is responsible for local storage operations like RAID and dedupe.
Unlike traditional storage arrays and hyperconverged systems, performance is not limited by the CPU, memory and disks in the backend storage.

Datrium DVX software on the ESXi servers required a minimum of 2 x86 CPU cores and 5GB memory + 2.5GB per 1TB of local SSD.

This design allows you to save those $$$, which you would spend on traditional storage controller upgrades and buy some additional servers + SSDs from Amazon.

The Datrium DVX supports any server platform incl. blades on the VMware HCL.
Any flash device (PCIe, SAS, SATA) on VMware’s HCL for VSAN or vFlash, or offered for x86 by Cisco, Dell, HP or IBM as well as a selected list of MLC/TLC drives are supported.

VMware vSphere 5.5 Update 2 and above will be supported.

Note: The Datrium DVX is currently in limited test release and not generally available.

Follow @MindTheVirt and @DatriumStorage on Twitter.

Leave a Reply

Your email address will not be published. Required fields are marked *

This site uses Akismet to reduce spam. Learn how your comment data is processed.