Delkin Blog

The Difference Between SATA SSDs and HDDs

UTILITY mSATA SSD

 

Storage devices have changed dramatically in recent years, particularly with the transition from HDDs to SSDs. For OEMs and designers, this has led to many questions about which kind of storage is right for their devices, particularly when they need storage for an industrial grade application. HDDs are still used in many devices, but SATA SSDs have become more popular. What is the difference between SATA SSDs and HDDs, and why have SATA SSDs grown in popularity? Here is what you need to know.

 

SATA SSD

SSD stands for solid state drive. It refers to a storage device that uses flash memory to retain data. Flash memory is nonvolatile memory, which means that the device retains data even when there is no power. SATA is a type of interface that connects the SSD flash storage device to the CPU via SATA connectors. SATA is not the only kind of interface through which an SSD can connect to the CPU, but SATA SSDs are the most common option.

 

SSDs are available with multiple grades of flash memory. This includes SLC flash, or single-level cell flash, which is usually used in industrial applications. It is considered to be the fastest and most reliable, because it only stores one bit of data per cell. MLC flash, or multi-level cell flash, is found in many commercial products. It stores two bits of data per cell.

 

HDD

HDD stands for hard disk drive. HDDs do not use flash memory, but instead utilize a mechanical spinning disk on which data is written and read using a magnetic device. The disk has to spin for all read and write operations to occur. HDDs were once the most widely used kind of storage drive, but have been largely replaced by SSDs. HDDs can connect to CPUs using SATA interfaces as well. In fact, SATA was initially designed for HDDs.

 

SATA SSDs versus HDDs

There are a few reasons why the SATA SSD has become more popular than HDDs. One is that SSDs are faster than HDDs. SSDs are also more reliable than HDDs, because they do not have any moving parts. The disk in HDDs is prone to mechanical issues and can be particularly problematic in industrial operating environments in which high levels of shock and vibration are likely.

 

Delkin offers a variety of SATA SSD products and is available to assist you in selecting the right storage device for your needs. For more information, contact us today.

 

ORDER DELKIN INDUSTRIAL FLASH STORAGE TODAY through our distribution partner Newark.

 

Contact

  • This field is for validation purposes and should be left unchanged.

Related Posts

Customer Success Stories: Evaluating NAND Storage Options in Embedded Memory Cards

  For customers shopping for industrial embedded NAND storage solutions, comparing different SLC memory cards...

Answering Questions about Industrial Flash Storage for Military Applications

  The need for data security can hardly be higher than it is in military...

What You Need to Know about CF Industrial Memory

  CompactFlash, or CF, is one of the oldest and most recognizable forms of flash...

Answering Questions About 2.5 SSD, M.2, & mSATA Technology

  SATA SSDs are an enduringly popular legacy product for industrial users whose devices have...

Industrial Flash Storage for Government Applications

Rugged, industrial flash storage is the required standard for many government applications. There are...

Customer Success Story: Designing Applications Around Technological Advancements

  Engineers and designers behind technological industrial applications have a challenging balancing act. They need...

CFast SATA FAQs

  CompactFlash entered the storage market in 1995, and was long a familiar and reliable...

Automotive Grade SSD: Combining Reliability with Rugged Performance

  Gone are the days when cars were comprised solely of mechanical systems. Today, the...

Industrial Flash Storage for Agricultural Applications

  Technology has changed the way most industries operate, and the agricultural industry is no...

Industrial Flash Storage for Elevator Control Systems

  Modern elevator systems rely on automation for safe operation. Industrial flash storage for elevator...