Choosing the best SSD, (solid state drive), has led to increased orders of industrial grade SSDs. Industrial  SSDs offer better performance, demand less power, and operate in rugged environmental conditions, unlike the HDDs they are replacing. When selecting a SSD, it’s important to note that there are more factors to consider than physical size [&he

For OEMs and embedded computing designers, juggling the need for industrial grade reliability with budgetary demands is a challenge. A middle-ground solution like the utility microSD from Delkin combines the affordability of commercial products with the reliability of an industrial grade OEM microSD card.   Why choose a microSD instead of a full-size version? As [&hel

  Industrial SD cards provide essential NAND flash storage solutions for the highest level of ruggedness and durability suitable for a broad range of critical applications, including transportation, healthcare, gaming, and embedded computing. Pricing for industrial SD cards can vary depending on the capacity of the card and any specific customizations a

  For industrial embedded applications, CompactFlash has been a go-to solution since it hit the market in 1994. Far from being dated technology, CompactFlash—or CF—remains an integral part of the embedded space. Built with SLC flash, industrial CF cards provide the ruggedness and stability needed to operate in harsh conditions and maintain data storage in [&hellip

  CompactFlash—also called CF—is one of the most widely recognized flash storage cards available today. It’s also one of the earliest entries into the memory card market and remains one of the most popular. It has far-reaching applications, from commercial devices to industrial-grade uses in everything from gaming to power, energy, and automation. If you

  Although mSATA form factor was originally designed to be a drive format for slim line devices that needed a smaller option for solid state storage than 2.5” SSD, it was also quickly embraced for use in industrial applications. Although both commercial and industrial mSATA has since become somewhat dated, it is still supported through […]

General This article will describe the make-up of NAND Flash based Industrial Grade Solid State Storage devices with focus on disk drives and Compact Flash (CF) cards.    Why Industrial Grade? For applications such as aerospace solutions, heavy factory robotics, remote telecommunication installations, medical equipment, and automotive applications

  When selecting industrial flash SSD, choosing the right type of industrial flash storage for your needs is critical to the proper functioning of the host application. Both SLC and MLC SSDs are common, so OEM designers must carefully evaluate both options before selecting the best type. The differences can be remarkable, and choosing an […]

Flash storage devices are commonly seen as SD cards, microSD cards, CompactFlash, SSDs and USB drives. Flash memory is not volatile, so it supports storage regardless of whether the device is powered. Although there are several different forms of flash storage on the consumer market, industrial flash storage is the standard for industrial applications due […]

  If you are looking for an embedded, board-level storage solution for a SATA-based design, then industrial mSATA SSD could be the right fit. Although mSATA was intended to be used for notebook computers and similar thin applications, it has been embraced as an embedded industrial storage solution. mSATA is small, lightweight, and easy to […]

When you need an alternative to single-level cell (SLC) mSATA for NAND flash memory, then multi-level cell (MLC) Commercial mSATA SSD could be the solution. This industrial flash storage solution is available in both commercial and industrial operating temperature options, both with fully locked bill of materials that ensure you won’t have any future issues [&hellip

  Embedded computing—computer systems that perform a specific task within a larger system—demands adequate storage for optimum performance. The applications of embedded computing range from personal devices to heavy-load industrial aviation and telecommunication networks, so industrial embedded storage needs vary significantly across systems. When