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Home ? Product Center ? NV RAM ? STT-MRAM ? Netsol ?
STT-MRAM is a new type of nonvolatile magnetic random access memory, which can write information through spin current. It is the second generation of magnetic memory MRAM. The core of STT-MRAM memory cell is still an MTJ, which is composed of two ferromagnetic layers with different thickness and a layer of several nanometer-thick nonmagnetic isolation layers. It realizes information writing through spin current.
NETSOL Serial MRAM Products are ideal for applications that must store and retrieve data and programs quickly and frequently due to the non-volatility, virtually unlimited endurance and fast-write characteristics of STT-MRAM.They are suited for code storage, data logging, backup memory and working memory in industrial designs and can replace Flash, FeRAM or nvSRAM with same functionality and non-volatility.
Part Number Density Interfaces Organization VDD(V) Frequency(MHz) SDR/DDR Access Time(ns) Temperature Package Status Download
S3A1004V0M 1Mbit Single/Dual/Quad SPI / 2.70~3.60 108Mhz/54MHz / -40℃ to 85℃ 8WSON, 8SOP Mass Prod. NULL
S3A1004R0M 1Mbit Single/Dual/Quad SPI / 1.71~1.98 108Mhz/54MHz / -40℃ to 85℃ 8WSON, 8SOP Mass Prod. NULL
S3A2004V0M 2Mbit Single/Dual/Quad SPI / 2.70~3.60 108Mhz/54MHz / -40℃ to 85℃ 8WSON, 8SOP Mass Prod. NULL
S3A2004R0M 2Mbit Single/Dual/Quad SPI / 1.71~1.98 108Mhz/54MHz / -40℃ to 85℃ 8WSON, 8SOP Mass Prod. NULL
S3A4004V0M 4Mbit Single/Dual/Quad SPI / 2.70~3.60 108Mhz/54MHz / -40℃ to 85℃ 8WSON, 8SOP Mass Prod. NULL
S3A4004R0M 4Mbit Single/Dual/Quad SPI / 1.71~1.98 108Mhz/54MHz / -40℃ to 85℃ 8WSON, 8SOP Mass Prod. NULL
S3A8004V0M 8Mbit Single/Dual/Quad SPI / 2.70~3.60 108Mhz/54MHz / -40℃ to 85℃ 8WSON, 8SOP Mass Prod. NULL
S3A8004R0M 8Mbit Single/Dual/Quad SPI / 1.71~1.98 108Mhz/54MHz / -40℃ to 85℃ 8WSON, 8SOP Mass Prod. NULL
S3A1604V0M 16Mbit Single/Dual/Quad SPI / 2.70~3.60 108Mhz/54MHz / -40℃ to 85℃ 8WSON, 8SOP Mass Prod. NULL
S3A1604R0M 16Mbit Single/Dual/Quad SPI / 1.71~1.98 108Mhz/54MHz / -40℃ to 85℃ 8WSON, 8SOP Mass Prod. NULL
S3A3204V0M 32Mbit Single/Dual/Quad SPI / 2.70~3.60 108Mhz/54MHz / -40℃ to 85℃ 8WSON, 8SOP UD*1 NULL
S3A3204R0M 32Mbit Single/Dual/Quad SPI / 1.71~1.98 108Mhz/54MHz / -40℃ to 85℃ 8WSON, 8SOP UD*1 NULL
S3R1016V1M 1Mbit / 64Kx16 2.70~3.60 / 70ns -40℃ to 85℃ 44TSOP2, 48FBGA Mass Prod. NULL
S3R1008V1M 1Mbit / 128Kx8 2.70~3.60 / 70ns -40℃ to 85℃ 44TSOP2, 48FBGA Mass Prod. NULL
S3R1016R1M 1Mbit / 64Kx16 1.71~1.98 / 70ns -40℃ to 85℃ 44TSOP2, 48FBGA Mass Prod. NULL
S3R1008R1M 1Mbit / 128Kx8 1.71~1.98 / 70ns -40℃ to 85℃ 44TSOP2, 48FBGA Mass Prod. NULL
S3R2016V1M 2Mbit / 128Kx16 2.70~3.60 / 70ns -40℃ to 85℃ 44TSOP2, 48FBGA Mass Prod. NULL
S3R2008V1M 2Mbit / 256Kx8 2.70~3.60 / 70ns -40℃ to 85℃ 44TSOP2, 48FBGA Mass Prod. NULL
S3R2016R1M 2Mbit / 128Kx16 1.71~1.98 / 70ns -40℃ to 85℃ 44TSOP2, 48FBGA Mass Prod. NULL
S3R2008R1M 2Mbit / 256Kx8 1.71~1.98 / 70ns -40℃ to 85℃ 44TSOP2, 48FBGA Mass Prod. NULL
S3R4016V1M 4Mbit / 256Kx16 2.70~3.60 / 70ns -40℃ to 85℃ 44TSOP2, 48FBGA Mass Prod. NULL
S3R4008V1M 4Mbit / 512Kx8 2.70~3.60 / 70ns -40℃ to 85℃ 44TSOP2, 48FBGA Mass Prod. NULL
S3R4016R1M 4Mbit / 256Kx16 1.71~1.98 / 70ns -40℃ to 85℃ 44TSOP2, 48FBGA Mass Prod. NULL
S3R4008R1M 4Mbit / 512Kx8 1.71~1.98 / 70ns -40℃ to 85℃ 44TSOP2, 48FBGA Mass Prod. NULL
S3R8016V1M 8Mbit / 512Kx16 2.70~3.60 / 70ns -40℃ to 85℃ 48FBGA, 54TSOP2 Mass Prod. NULL
S3R8008V1M 8Mbit / 1Mx8 2.70~3.60 / 70ns -40℃ to 85℃ 44TSOP2, 48FBGA Mass Prod. NULL
S3R8016R1M 8Mbit / 512Kx16 1.71~1.98 / 70ns -40℃ to 85℃ 48FBGA, 54TSOP2 Mass Prod. NULL
S3R8008R1M 8Mbit / 1Mx8 1.71~1.98 / 70ns -40℃ to 85℃ 44TSOP2, 48FBGA Mass Prod. NULL
S3R1616V1M 16Mbit / 1Mx16 2.70~3.60 / 70ns -40℃ to 85℃ 48FBGA, 54TSOP2 Mass Prod. NULL
S3R1608V1M 16Mbit / 2Mx8 2.70~3.60 / 70ns -40℃ to 85℃ 44TSOP2, 48FBGA Mass Prod. NULL
S3R1616R1M 16Mbit / 1Mx16 1.71~1.98 / 70ns -40℃ to 85℃ 48FBGA, 54TSOP2 Mass Prod. NULL
S3R1608R1M 16Mbit / 2Mx8 1.71~1.98 / 70ns -40℃ to 85℃ 44TSOP2, 48FBGA Mass Prod. NULL
S3R3216V1M 32Mbit / 2Mx16 2.70~3.60 / 70ns -40℃ to 85℃ 48FBGA, 54TSOP2 UD*1 NULL
S3R3216R1M 32Mbit / 2Mx16 1.71~1.98 / 70ns -40℃ to 85℃ 48FBGA, 54TSOP2 UD*1 NULL
S3R6416V1M 64Mbit / 4Mx16 2.70~3.60 / 70ns -40℃ to 85℃ 48FBGA UD*1 NULL
S3R6416R1M 64Mbit / 4Mx16 1.71~1.98 / 70ns -40℃ to 85℃ 48FBGA UD*1 NULL
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