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 Parallel 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 Low power SRAM, FeRAM or nvSRAM with same functionality and non-volatility.
Part Number |
Density |
Organization |
VDD(V) |
Access Time(ns) |
Temperature |
Package |
Status |
Download |
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 |
256Kx16 |
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 |
256Kx16 |
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 |
512Kx8 |
2.70~3.60 |
70ns |
-40℃ to 85℃ |
44TSOP2, 48FBGA |
Mass Prod. |
NULL |
S3R8016R1M |
8Mbit |
256Kx16 |
1.71~1.98 |
70ns |
-40℃ to 85℃ |
48FBGA, 54TSOP2 |
Mass Prod. |
NULL |
S3R8008R1M |
8Mbit |
256Kx16 |
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 |
S3R1616V1M |
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 |