![]() ![]() They have higher tolerances for hot and cold and are designed to function in a wide-range of settings– from sub-zero temperatures as low as -40˚C (-40˚F) all the way up to 85˚C (185˚F). This increased durability is not only beneficial for day-to-day conditions, but also in specialized industrial settings or remote locations. In addition, industrial SD and microSD memory cards have high endurance capabilities*, which means they can sustain a higher number of read/write cycles, helping ensure longevity. This ensures maximum availability with minimal downtime. To achieve this, industrial memory cards are made of tough, high-quality components that can perform dependably not only in harsh conditions, but also over long periods of time. ![]() SD memory cards that are introduced as industrial are designed to meet the performance, capacity and quality required for devices or systems that are used in extreme environments and they usually have a few features that are a proprietary enhancements to the SD specification.įor example, SD memory cards used in airplanes need to withstand rapid changes to air pressure, temperature, altitude and turbulence. Many SD memory card manufacturers focus on industrial applications that require high performance, unquestionable reliability and availability. Industrial versions of SD and microSD memory cards are different than those used for consumer applications, as they are specifically designed to support and advance industrial use cases. Over the years, SD memory cards have also become an indispensable part of an even larger industrial ecosystem. Removable storage has been an important element in the adoption and evolution of a vast array of consumer technology. ![]() SD and microSD Memory Cards for Industrial Applicationsīy: Yosi Pinto, Chairman of the Board, SD Association ![]()
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