SSDs—solid state drives—typically rely on NAND Flash memory for storage. NAND Flash memory provides a non-volatile storage option with a chip capacity that rivals magnetic storage devices. NAND Flash memory is found in a huge range of products and applications, from consumer devices like digital cameras to industrial-grade gaming systems. One pop

When choosing memory for applications, one consideration engineers weigh is the number of read and write operations that are expected. In some cases, applications have very few write cycles. For example, in gaming, it is usually only necessary for software to be loaded onto the memory card, and then only read operations are required when […]

  OEM designers face a range of options for storage. One of the most important distinctions to consider is the grade of the product. Commercial and consumer grade storage is ideal for the retail applications in which they are generally found, but industrial-level systems require industrial grade storage. Industrial grade storage provides the stab

When you’re looking for rugged storage for an industrial application, SLC SSDs are likely to be among your top candidates. SLC SSDs offer the right mix of reliability, compatibility, and capacity to work seamlessly in a range of industrial applications. Here is what engineers and OEMs need to know about SLC SSDs.   SLC Explained […]

  SATA is an interface that allows storage devices to connect to host systems. Multiple forms of this interface have been developed to allow for increasing capacity and bandwidth. Understanding how the SATA interface works with SSDs and modules and the specifications of the different versions will help you make the right storage choices for […]

Engineers and OEM designers have a choice of embedded memory options for SSDs. For industrial use, most designers opt to go with SLC technology. There are several advantages of using SLC Flash SSDs in industrial applications, where rugged environments are the norm. In addition, there are multiple SLC options for embedded storage—including SATA III and [&

  Engineers and OEM designers often face a challenge of balancing budgets with system operation requirements when seeking wide temperature range SSD solutions. In industrial applications, NAND Flash SSDs often face conditions in which wide temperature ranges are common. The choice the engineers and designers have to make is how to get the longest life [&helli

Power and energy suppliers have unique needs for Flash storage. These applications typically operate in rugged environments, subject to enormous temperature fluctuations as well as high levels of shock and vibration. The need for effective Flash storage options for power and energy applications is skyrocketing, as outdated power grids are replaced with

  Of the two types of NAND Flash storage devices available—MLC and SLC—technical engineers often choose SLC for high-level applications. MLC storage devices do offer the benefits of cost savings and reliability, but they have a less impressive read/write life compared to SLC Flash drives. If you’re thinking of choosing SLC thumb drives for your [&hellip

For engineers and technical electronic OEMs, a controlled bill of materials—or Controlled BOM—is one of the most important features of an industrial  Flash storage device. A controlled BOM reduces the risk of unexpected downtime, corrupted data, and sudden device failures. Why are controlled BOMs so highly sought after? Here’s why.   What is a

  Embedded USB—or eUSB—solid state drives have proven themselves to be a reliable workhorse across multiple sectors. This device is capable of meeting the high demands of the military, marine navigation, aerospace, and automotive industries. Since the USB interface is widely supported, it’s an ideal choice when technical engineers are looking for a