Delkin Releases Fastest microSD with Extended Temperature Rating in Its Class

Delkin Devices, Inc. announced their line of industrial microSD cards. The new industrial-grade cards read and write at speeds never before seen from the microSD platform, and are built to excel in extreme temperature conditions. Delkin has engineered the new cards to meet the increasing demand for Flash Memory Cards in military and industrial markets where a small form factor and specialized performance is required. This product will join Delkin's extensive list of industrial flash memory solutions.

The microSD card's tiny size, remarkably fast data transfer rate, extended temperature range, and increased programming write cycle capability makes it the perfect choice for designers that require optimal performance in a small form factor. The cards are capable of write speeds up to 16MB/s and read speeds up to 17MB/s, which surpasses the typical Multi-Level Cell (MLC) microSD card by at least six times. Furthermore, the cards are capable of operating in extreme temperatures ranging from -40 to 85°C. They also offer enhanced shock and vibration stability and over ten times the number of standard programming write cycles. Delkin's industrial microSD cards are built with SLC NAND Flash and are available in 128MB to 2GB capacities.

Delkin Devices microSD cards adhere to a strictly controlled specification using only certified Single-Level (SLC) flash to ensure no variation in performance or longevity. Control of each memory card's performance is assured by a configurable part number and a locked down Bill of Materials, minimizing the prospect of unscheduled field inspections and product replacement.

Only extended temperature components are used and cards are continually tested for enhanced shock and vibration performance. These specialized cards are an ideal solution for industrial and military applications, including industrial automation, mobile telecommunications, transportation, healthcare, GPS navigation, aviation, and other environments where reliability is required along with data integrity. For more information visit www.delkinoem.com.