Infineon’s radiation tolerant, the CYRS16B and CYPT16B, serial NOR Flash family offers the industry’s highest performance, small footprint memory devices that are QML-V equivalent qualifiedOur radiation tolerant NOR flash memories are low pin count, low power and offer flexibility, reliability and performance well beyond ordinary serial flash devices. The industry standard QSPI interface is high performance and simple to use with broad ecosystem support.

Infineon’s 144Mb Quad Data Rate (QDR®)-II+, CYRS164x and CYRS264x series, are high performance, synchronous pipelined SRAMs designed with Infineon’s RADSTOP™ technology. The 144Mb QDR®-II+ memories are available in x18/x36 and two-word/four-word data bus configurations, and optional on-die termination (ODT). Our QDR®-II+ provides low latency and random memory access capability ideal for high speed cache applications.Infineon’s radiation hardened memories are QML-V certified, meeting the reliability and lifecycle demands of extreme environments. Our RADSTOPTM memory solutions enhance overall system computing limits while providing Size, Weight, and Power (SWaP) benefits and greater design flexibility.Infineon’s state-of-the art RADSTOP™ technology is radiation hardened through proprietary design and process hardening techniques.NOTE: this part is superseded by 5962R1821401VXF

Infineon’s 144Mb Quad Data Rate (QDR®)-II+, CYRS164x and CYRS264x series, are high performance, synchronous pipelined SRAMs designed with Infineon’s RADSTOP™ technology. The 144Mb QDR®-II+ memories are available in x18/x36 and two-word/four-word data bus configurations, and optional on-die termination (ODT). Our QDR®-II+ provides low latency and random memory access capability ideal for high speed cache applications.Infineon’s radiation hardened memories are QML-V certified, meeting the reliability and lifecycle demands of extreme environments. Our RADSTOPTM memory solutions enhance overall system computing limits while providing Size, Weight, and Power (SWaP) benefits and greater design flexibility.Infineon’s state-of-the art RADSTOP™ technology is radiation hardened through proprietary design and process hardening techniques.NOTE: this part is superseded by 5962R1821402VXF

Infineon’s 144Mb Quad Data Rate (QDR®)-II+, CYRS164x and CYRS264x series, are high performance, synchronous pipelined SRAMs designed with Infineon’s RADSTOP™ technology. The 144Mb QDR®-II+ memories are available in x18/x36 and two-word/four-word data bus configurations, and optional on-die termination (ODT). Our QDR®-II+ provides low latency and random memory access capability ideal for high speed cache applications.Infineon’s radiation hardened memories are QML-V certified, meeting the reliability and lifecycle demands of extreme environments. Our RADSTOPTM memory solutions enhance overall system computing limits while providing Size, Weight, and Power (SWaP) benefits and greater design flexibility.Infineon’s state-of-the art RADSTOP™ technology is radiation hardened through proprietary design and process hardening techniques.NOTE: this part is superseded by 5962R1821501VXF

Infineon’s 144Mb Quad Data Rate (QDR®)-II+, CYRS164x and CYRS264x series, are high performance, synchronous pipelined SRAMs designed with Infineon’s RADSTOP™ technology. The 144Mb QDR®-II+ memories are available in x18/x36 and two-word/four-word data bus configurations, and optional on-die termination (ODT). Our QDR®-II+ provides low latency and random memory access capability ideal for high speed cache applications.Infineon’s radiation hardened memories are QML-V certified, meeting the reliability and lifecycle demands of extreme environments. Our RADSTOPTM memory solutions enhance overall system computing limits while providing Size, Weight, and Power (SWaP) benefits and greater design flexibility.Infineon’s state-of-the art RADSTOP™ technology is radiation hardened through proprietary design and process hardening techniques.NOTE: this part is superseded by 5962R1821502VXF