Solid-State Storage is a Cost-Effective Replacement for Hard Drives in Many Applications
New Studies Prove that Hard Drive Failure Rates are Up To 15 Times Greater Than Data Sheet Specifications
Hard Drive Failure Studies
Disk Failures in the Real World: What Does an MTBF of 1,000,000 Mean to You? CARNEGIE MELLON UNIVERSITY Failure Trends in a Large Disk Drive Population GOOGLE, INC.
Technology Comparisons Reveal That Not All Storage Products are Engineered Equally
Technology Defines Storage Products — Not Form Factors, Product Labels, or Data Sheets
Noise Damping Techniques for Solid-State Storage in Military-Embedded Systems White Paper
Discusses Key Factors in Understanding Common Signal Integrity Issues and Describes Design Challenges for Next-Generation Storage Interfaces for Embedded Systems
Overcoming The Five Myths of Solid-State Storage
How to Increase Performance and Reliability While Lowering the Total Cost of Storage Ownership
The True Cost of Supply Chain Decisions
Describes a Real-Life Lesson About Balancing Bill of Material Costs and Customer Satisfaction
Eliminating Drive Corruption from Power Disturbances
PowerArmor™ Technology Eliminates Drive Corruption in the Event of Unexpected Power Disturbances
Eliminating Unscheduled Downtime by Forecasting Useable Life
SiSMART ™ Monitoring Technology Eliminates Unscheduled Downtime by Forecasting Useable Life
Designing Robust Security Options for Embedded Systems
SiSecure™ Storage Security Technologies Protect Application Data and Prevent Software IP Theft
Preventing Storage System Wear-Out
Quantifies How Storage Media, Wear-Leveling and ECC are Used to Prevent Wear-Out
MTBF for Various Capacities of SiliconDrive™ Solutions
Details the Calculated MTBF in Hours for Various Capacities of SiliconDrive Solutions.
