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Explore the Dell End of Service Life (EOSL) and End of Life (EOL) list for converged infrastructure, storage, and storage networking products. Access End-of-Life documents for hardware, software, and firmware release and service dates

What is a Live Optics SIKOT file?

How to upload an SIOKIT file using the Live Optics collector.

This article describes how to manually upload an SIOKIT file using the Live Optics web portal.

Live Optics is changing how the login process works for https://app.liveoptics.com. For most, this change is purely cosmetic, but a few may be impacted. Read the following for more information about this change.

This article describes how to complete an AWS collection using the Live Optics collector.

This document's Excel attachment outlines the definitions found in the Live Optics, Nutanix Excel spreadsheet report.

Live Optics supports profiling of the Dell VMAX/PowerMax storage array family. Using the Live Optics collector, configuration and performance data is captured, analyzed, and compiled into a project for viewing. This document outlines the process to produce a VMAX/PowerMax v3 storage array profile for the following VMAX/PowerMax v3 models: VMAX 100K VMAX 200K VMAX 400K VMAX 250F/FX VMAX 450F/FX VMAX 850F/FX VMAX 950F/FX VMAX 250F/FX PowerMax 2000 PowerMax 8000

The Dell SAN Health utility collects data from any Fibre Channel SAN environment and produces a detailed Excel spreadsheet and PowerPoint of the SAN Configuration. Directors and switches supported include Dell Connectrix, Brocade, McData, Cisco, and Cisco Nexus. This document provides instructions on how to run a SAN Health Collection.

This document's Excel attachment outlines the definitions found in the Live Optics, Microsoft Azure Excel spreadsheet report.

A How-to guide for performing a Live Optics array profile for IBM Storwize

This document provides information about how to configure access to PURE storage arrays using FlashArray (REST API 2.x) Firmware 5.3 or greater.

This document provides the steps on how to configure access to PURE FlashArray using Purity 5.2.6 or older (REST API 1.*)

Live Optics supports profiling of the Dell PowerMax storage array family. Using the Live Optics collector, configuration and performance data is captured, analyzed, and compiled into a project for viewing. This article outlines the process to produce a PowerMax v4 storage array profile for the following PowerMax v4 models: PowerMax 2500 PowerMax 8500

Live Optics supports profiling of the Dell SC storage array (SC series). Using the Live Optics collector, configuration and performance data is captured, analyzed, and compiled into a project for viewing. This article outlines the process to produce an SC storage array profile.

Live Optics supports profiling of the Dell VMAX storage array family. Using the Live Optics collector, configuration and performance data is captured, analyzed, and compiled into a project for viewing. This document outlines the process to produce a Legacy VMAX storage array profile for the following VMAX models: VMAX-1 VMAXe VMAX SE VMAX 10K VMAX 20K VMAX 40K

This article describes how to run a NetWorker API assessment.

Live Optics supports the profiling of competitive hardware storage arrays, including HPE 3PAR. Using the Live Optics collector, configuration and performance data is captured, analyzed, and compiled into a Project. The output can be viewed from the XLSX and PPT. This document outlines the process to produce an HPE 3PAR array storage profile.

This document's Excel attachment outlines the definitions found in the Live Optics AWS Excel spreadsheet report.

A How-to guide for performing a Live Optics array profile for NetApp Storage

Live Optics now supports the profiling of third party hardware storage arrays. Using the Live Optics collector, configuration and performance data are captured, analyzed, and compiled into a project. This document outlines the process of producing a PURE storage array project.

Live Optics supports the profiling of several hardware storage arrays, including Unity. Using the Live Optics collector, configuration and performance data is captured, analyzed, and compiled into a Project for viewing. This document outlines the process to produce a Unity array storage profile.

This article describes how to complete a Kubernetes data collection.

This article describes how to complete an Optical Prime collection using the Live Optics collector.