StorKit Industrial SSD Software

Easily evaluate, deploy, and manage industrial SSDs in embedded systems

StorKit® Industrial SSD Software simplifies the complexity of integrating SSDs into your industrial embedded designs.

StorKit’s intuitive interface helps you understand and use SSD features without reading cumbersome protocol standards.

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

vtView

vtView captures and analyzes the effects that live workloads have on SSD endurance in order to more accurately predict their true lifespan, schedule predictive maintenance and create custom alerts.

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

vtSecure

vtSecure enables engineers to both implement and verify the functionality of SSD security features without requiring an in-depth understanding of the protocols and programming sequences behind them.

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

vtTools

vtTools includes software modules for designing testing and diagnostic procedures within embedded systems.

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KNOWLEDGEBASE

Use our knowledgebase to access these resources

Evaluate SSD

Evaluating an industrial SSD in an embedded system is a complicated task. StorKit simplifies the task with software processes tailored for industrial embedded SSDs.

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

Production Tools

Our StorKit API enables you to create custom production tools and diagnostics,

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

Debug SSD

Debug and diagnostics are important in an embedded system. We understand this and provide software to assist you with this task. And we make it safe for you.

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

StorKit API

Debug and diagnostics are critical in an embedded system. StorKit’s debug and diagnostics features ensure data safety during these processes.

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What are you looking for?

SSD

Benefits of SSD Self-Encrypting Drives (SEDs)

Case Study: In-Flight Entertainment-Transportation

Case Study: Recording 8K with High Shock Resistance - Video Production

Case Study: Replacing EOL CompactFlash With Virtium TuffDrive CF - Communications

Case Study: SSD Solutions for Industrial Automation

Case Study: TuffDrive eUSB for Server Boot and Memory Dump - Networking

Choices in Advanced-TCA Storage Technology

Choosing Solid State Storage Solutions for Single Board Computers

How Industrial SSDs May Use 3D TLC NAND Flash to Create SLC-Like Endurance

How to Select Between DRAM vs. DRAM-less SSDs

Impact of Temperature on SSD Data Retention

Improving Industrial SSD Endurance with Garbage Collection, TRIM and Wear Leveling

Industrial-Temp vs. Screened Industrial-Temp SSDs

Networking: High Capacity mSATA SSD For Networking IP Router

Options for High SSD Endurance

Reducing Compact Flash Requalification Time

Selecting the Right Embedded SSD Storage Solution

Serialization and Traceability of Storage Products

SSD Application Classes for Enhanced Storage

SSD Data Coding and Error Checking Techniques

SSD Data Protection with Virtium vtGuard

SSD Encryption FAQs

SSD Endurance Calculation Details

SSD General FAQs

SSD Solutions for Medical Devices

Virtium CE, XE and PE Industrial SSD Comparisons

Virtium Industrial SSD Temperature Screening Process

Virtium TuffDrive PATA SSDs

What Makes a Successful Embedded SSD Design?

Windows Drive Letter Assignment for TuffDrive USB Key Device

Memory

DDR Memory Form Factors

Memory Module Dimensions

Memory Screening for Extending SDRAM Memory

Thermal Concepts Enhance DRAM Memory Subsystem Designs

StorKit

Building More Applications

Check SSD Features and Settings

Core and vtView Delegate Reference

Fundamental Data Types

Interface Testing

Monitor SSD Life Span in Live Systems with vtView

Retrieve List of Storage Devices Tutorial

Sanitize SSD

Sanitize SSD Tutorial

Save the State of the SSD

Security Delegate Reference

Setup TCG OPAL

SSD Data Retention

SSD Endurance

StorKit API Quickstart

StorKit Software Architecture

Test Delegate Reference

Testing and Debugging SSD with vtTools

What is SANITIZE?

Why Use StorKit?

Integrating an industrial SSD into an embedded system requires:

research to select the right hardware
integrating that hardware into the design
conducting physical/electrical tests to verify the design
creating software based production tools to support critical features.

This is no simple task – sometimes requiring multiple engineers with extensive experience to achieve success.

Companies with limited engineering resources may find themselves unable to devote the necessary man-hours required to fully evaluate all features of an SSD, which is precisely why Virtium developed StorKit software, knowledgebase, and API.

StorKit’s API and source code saves you time and enables you to develop software to test, diagnose, and debug SSDs with a few lines of Embedded Linux code.

By abstracting the complexities of the OS system storage access protocol into the StorKit API, you can build one software solution that works with multiple storage types and operating systems, including Embedded Linux.

SUPPORTED HARDWARE AND OPERATING SYSTEMS

StorKit software supports USB, SATA, and NVMe SSD storage. StorKit is available forWindows, Linux, and Embedded Linux operating systems.

USB

SATA

NVMe

Windows

Linux

Embedded Linux

REQUEST A STORKIT DEMO

Request a demo using the form below, or by contacting us at software.support@virtium.com.

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What are you looking for?

M.2 NVMe

M.2 SATA

mSATA

CFexpress

2.5" SATA

1.8" SATA

SlimSATA

CFast

eUSB

USB Key

Secure Digital (SD)

CompactFlash (CF)

High Capacity SSDs

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