Netsol STT-MRAM launched 64Mb Quad SPI STT-MRAM, the all series of 1Mb~64Mb voltage supports 1.8V and 3.3V , if there is a sample demand, please contact with us.
South Korean fabless memory semiconductor design company Netsol has announced that it has developed the country's first STT-MRAM, a next-generation memory chip.
STT-MRAM is an advanced type of magnetoresistance that uses the magnetism of electron spins to provide non-volatility in semiconductors.
STT-MRAM was recently manufactured by Samsung Electronics Co.'s foundry, which experts say is a sign of growing partnerships between big and small players in the semiconductor industry.
Founded in 2010, Netsol develops and sells non-commodity memory products. These products are named as Asynchronous Fast SRAM, Low Power SRAM, and Synchronous SRAM, etc.
Thanks to Samsung Foundry's 28nm FD-SOI process, Netsol's SST-MRAM features low power consumption and a more compact size.
Many of today's embedded designs require batteries or capacitors to prevent memory loss in the event of a power failure. "With the new Netsol-MRAM, industrial manufacturers save valuable board space, but more importantly, they reduce the number of passive components and their reliance on the current long lead times. "
The development of MRAM technology from Netsol integrates an additional magnetic tunnel junction layer on top of the CMOS fabrication process. Data stored in this layer is non-volatile. In this way, the new memory IC combines low latency with high-speed read and write operations and virtually unlimited rewrite capability.
With the help of Samsung Foundry, Netsol has introduced STT-MRAM in 28nm manufacturing process with unmatched high yield. This is designed to reduce cost and enable widespread use in virtually all industrial and embedded applications today that use batteries or capacitors to prevent data loss or have consistent and high data logging rates. Applications include PLCs, servo drives, human-machine interfaces, smart meters, tire pressure monitoring systems, drone flight data capture, or ultrasound and MRI scanners.