64-kilobit serial F-RAM memory specified to AEC-Q100 automotive standards from Ramtron

The FM24CL64 is already designed into advanced automotive audio platforms in which F-RAM is used to record dynamic data quickly and frequently while maintaining data integrity even upon sudden power loss. The FM24CL64’s NoDelay™ writes, virtually unlimited endurance, and low operating currents, coupled with its I2C interface, uniquely enable reliable data collection/storage at maximum bus speed and low power in intelligent infotainment applications.

“This achievement demonstrates Ramtron’s dedication to meeting the design and sourcing challenges of the automotive market,” explained Duncan Bennett, Ramtron International Strategic Marketing Manager. “The FM24CL64 is a popular choice for automotive radio applications with its fast writes and high endurance, which are ideal for recording continuously changing data that must be immediately available on power up.”

F-RAM collects and stores dynamic data to enable advanced radio features such as favourite artist/song alert, favourite station memory, and last channel recall. F-RAM’s low-power advantage also enables the collection/storage of traffic information while the vehicle is off so that drivers can access the most current data when they start the vehicle. F-RAM is also used to store digital sound parameters such as filter configuration and factory settings, as well as manual DSP and EQ settings, time delay adjustments for each channel, and advanced controls for crossover and filter settings on each channel.