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The primary radiation-hardened-by-design 512 Mbit QSPI NOR Flash memory for space and harsh surroundings purposes was unveiled by Infineon Technologies. For utilization with space-grade FPGAs and microprocessors, the new system is alleged to provide the most effective density, radiation, and single-occasion results (SEE) efficiency in a totally QML-certified non-risky Memory Wave Routine, along with a fast quad serial peripheral interface (133 MHz). The brand new device, which was developed in collaboration with Microelectronics Analysis Improvement Corporation (Micro-RDC) and partially funded by the U.S. Air Pressure Research Laboratory, Space Automobiles Directorate (AFRL), Memory Wave is predicated on Infineon’s discipline-proven SONOS (Silicon-Oxide Nitride-Oxide-Silicon) cost gate entice expertise and might function as much as 30% faster than lower density alternate options. With exceptional endurance of as much as 10,000 P/E and up to 10 years of information retention, Infineon’s SONOS know-how offers an unparalleled radiation performance along with a unique density and pace mixture. For CPUs and space-grade FPGA, the 133 MHz QSPI interface provides fast information transmission charges.
Moreover, the QML-V/P with DLAM certification satisfies the most demanding industrial necessities, and the machine gives the highest density TID/SEE efficiency mixture for space FPGA boot code solutions. Area-grade FPGA configuration image storage and area-grade multi-core CPU standalone boot code storage are two frequent purposes for this gadget. Infineon’s SONOS expertise underlies a unique combination of density and pace, in addition to unsurpassed radiation efficiency, with glorious endurance of as much as 10,000 P/E and as much as 10 years of knowledge retention. The 133 MHz QSPI interface provides fast information switch rates for space-grade FPGA and processors. A ceramic QFP (QML-V) bundle occupies 1" x 1" board space, and a fair smaller footprint plastic TQFP (QML-P) 0.5" x 0.8" is out there. Moreover, the machine offers the highest density TID/SEE efficiency mixture for area FPGA boot code options and the QML-V/P with DLAM certification meets the most stringent industry qualifications. "Designers of next-technology area-grade techniques proceed to demand high-reliability, excessive-density recollections. Working with such trade-leaders as Infineon and Micro-RDC led to a know-how answer that combines high density and quick data rates with superior radiation efficiency in comparison with alternate options," said Richard Marquez, AFRL Space Electronics Technology Program Manager. "Infineon’s radiation-hardened-by-design NOR flash memory is an ideal complement to Micro-RDC’s family of options for excessive software environments," said Joseph Cuchiaro, President, Micro-RDC. "The extension of Infineon’s 512 Mbit NOR Flash memory to its rad-hard memory portfolio is additional testomony to our commitment to ship highly reliable and excessive-performance memories for next-generation space necessities," mentioned Helmut Puchner, Memory Wave Vice President, Fellow, Aerospace and Defense, Infineon Applied sciences. A typical use case for this gadget includes configuration picture storage for house-grade FPGAs and standalone boot code storage for space grade multi-core processors. The brand new Infineon 512 Mbit QML-qualified NOR Flash is offered now. Primarily the team’s stint is to trace the current improvement of the Tech B2B ecosystem. It is usually liable for checking the pulse of the emerging tech sectors and that includes real-time Information, Views and Vantages.
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