Macronix International announced the new Ultra-OctaFlash, following its initial launch in 2015. The new ultra-high perfo...
HSINCHU, Taiwan - Macronix International announced that the United States International Trade Commission (ITC) has insti...
The Automotive Electronics market has been advancing rapidly, from past applications such as the vehicle's entertainment system, smart dashboards and clusters, and advanced driver assistance systems (ADAS), to new technologies such as smart cars, Internet of Vehicles, and the autonomous car.
Extending these trends in the future, each vehicle may resemble an individual artificial intelligence server and the demand for high reliable memory products will increase.
Macronix's newly launched NAND Flash adopts its own patented 36nm semiconductor manufacturing technology that overcomes the short life cycle deficiency of NAND flash, which typically occurs with shrinking semiconductor technology nodes, or technology with multiple bits stored in each cell.
Testing results indicate that the more bits stored within a single memory cell, the lower the number of P/E Cycles (program/erase cycles), in addition to decreasing the product's reliability.
Nevertheless, with patented manufacturing technologies and circuit design IP (Intellectual property), the new series of NAND Flash memory are very efficient.
The single bit per cell floating gate technology used thereof is not only fast but also reliable, which meets the requirements of high memory capacity, fast transmission rates as well as the highest reliability for automotive use.
In general, Macronix's NAND Flash memory is capable of storing data for at least 10 years or 100,000 programming times, surpassing current JEDEC standards.
The NAND Flash family is offered in 1Gb to 8Gb densities, supporting both SPI and Parallel interface, with operation temperature range from -40°C to +105°C, with significantly improved reliability as compared to the conventional +85°C chip specification currently available in the market.
Due to the stringent limitations of NAND Flash memory's temperature compensation and work voltage, the extended operation temperature range of Automotive NAND Flash memory provides extra flexibility towards the NAND Flash memory's data retention and full function operation capabilities, giving it a notable advantage in fanless applications, which is becoming increasingly common in space constrained automotive applications.
In addition, to satisfy various power consumption requirements, the NAND Flash is offered in both 1.8V and 3V power supply solutions. Macronix also offers 4-bit ECC and ECC-free solutions to satisfy different specifications and functional requirements.
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