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.

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.

Infineon’s FAST 16Mb asynchronous SRAM family, designed with Infineon’s patented RADSTOPTM technology is ideal for space as well as other harsh environment applications. The 16Mb Fast SRAM is a high-performance, low power SRAM with ECC organized as 2-Mbit by 8-bits.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 72Mb Quad Data Rate (QDR®)-II+, CYRS154x series, are high performance, synchronous pipelined SRAMs designed with Infineon’s RADSTOP™ technology. The 72Mb QDR®-II+ memories are available in x18/x36 and two-word/four-word data bus configurations, and provides low latency and random memory access capability 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 5962F1120101VXA

Infineon’s 72Mb Quad Data Rate (QDR®)-II+, CYRS154x series, are high performance, synchronous pipelined SRAMs designed with Infineon’s RADSTOP™ technology. The 72Mb QDR®-II+ memories are available in x18/x36 and two-word/four-word data bus configurations, and provides low latency and random memory access capability 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 5962F1120202VXA

Our rad hard SPI F-RAM is one of the industry’s lowest power, non-volatile memory solutions that is Single Event Upset (SEU) immune and virtually unlimited endurance. Infineon’s instant non-volatile write technology and greater than 100-year data retention provides the highest reliability for space applications.NOTE: This part is superseded by 5962R1821601VXC