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Home ? Product Center ? SRAM ? Async Fast SRAM ? Netsol ?
      Static random-access memory (static RAM or SRAM) is a type of semiconductor memory that uses bistable latching circuitry (flip-flop) to store each bit. SRAM exhibits data remanence,but it is still volatile in the conventional sense that data is eventually lost when the memory is not powered.The term static differentiates SRAM from DRAM (dynamic random-access memory) which must be periodically refreshed. 
NetsolNetSol Co., Ltd., an acronym for Network Solution, is a fabless memory design house founded by an experienced world best memory team. NetSol's initial focus will be on high-speed, high-reliability and low latency memory products for the network markets; including wired and wireless LAN switches, routers, interfaces and so on. NetSol is funded by a global leading industry partner and leading venture capital investors. 
NetSol's promise to its customers is to provide memory solution needing low-latency, high-speed, wide I/Os with longevity and reliability. The synchronous SRAMs and the high-speed SRAMs would be the first product group with all solutions available within a couple of years.
Density org. Part Number Vdd(V) Access time Package Download
32Mbit 2Mx16 S6R3216W1M 1.65~3.6 8/10/12/15ns 48FBGA NULL
32Mbit 4Mx8 S6R3208W1M 1.65~3.6 8/10/12/15ns 48FBGA NULL
16Mbit 1Mx16 S6R1616W1M 1.65~3.6 8/10/12/15ns 48TSOP1 48FBGA NULL
16Mbit 1Mx16 S6R1616V1M 3.3 8/10ns 48TSOP1 48FBGA NULL
16Mbit 1Mx16 S6R1616C1M 5.0 10ns 48TSOP1 48FBGA NULL
16Mbit 2Mx8 S6R1608C1M 5.0 10ns 44TSOP2 48FBGA NULL
16Mb 2Mx8 S6R1608V1M 3.3V 8/10ns 44TSOP2 48FBGA NULL
16Mb 2Mx8 S6R1608W1M 1.65~3.6V 8/10/12/15ns 44TSOP2 48FBGA NULL
8Mbit 512Kx16 S6R8016W1A 1.65~3.6 8/10/12/15ns 44TSOP2 48FBGA NULL
8Mbit 512Kx16 S6R8016C1A 5.0 10ns 44TSOP2 48FBGA NULL
8Mbit 1Mx8 S6R8008W1A 1.65~3.6 8/10/12/15ns 44TSOP2 48FBGA NULL
8Mbit 1Mx8 S6R8008C1A 5.0 10ns 44TSOP2 48FBGA NULL
4Mb 512Kx8 S6R4008V1A 3.3V 8/10ns 44TSOP2 36FBGA NULL
4Mbit 256Kx16 S6R4016V1A 3.3 8/10ns 44TSOP2 48FBGA NULL
4Mbit 256Kx16 S6R4016W1A 1.65~3.6 8/10/12/15ns 44TSOP2 48FBGA NULL
4Mbit 256Kx16 S6R4016C1A 5.0 10ns 44TSOP2 48FBGA NULL
4Mbit 256Kx16 S6R4016C1A 5.0 10ns 44TSOP2 48FBGA NULL
4Mbit 512Kx8 S6R4008W1A 1.65~3.6 8/10/12/15ns 44TSOP2 36FBGA NULL
4Mbit 512Kx8 S6R4008W1A 1.65~3.6 8/10/12/15ns 44TSOP2 36FBGA NULL
4Mbit 512Kx8 S6R4008C1A 5.0 10ns 44TSOP2 36FBGA NULL
2Mbit 128Kx16 S6R2016W1A 1.65~3.6 8/10/12/15ns 44TSOP2 48FBGA NULL
2Mbit 128Kx16 S6R2016V1A 1.65~3.6 8/10/12/15ns 44TSOP2 48FBGA NULL
2Mbit 128Kx16 S6R2016V1A 3.3 8/10ns 44TSOP2 48FBGA NULL
2Mbit 128Kx16 S6R2016C1A 5.0 10ns 44TSOP2 48FBGA NULL
2Mbit 256Kx8 S6R2008W1A 1.65~3.6 8/10/12/15ns 44TSOP2 36FBGA NULL
2Mbit 256Kx8 S6R2008V1A 3.3 8/10ns 44TSOP2 36FBGA NULL
2Mbit 256Kx8 S6R2008V1A 3.3 8/10ns 44TSOP2 36FBGA NULL
2Mb 256Kx8 S6R2008C1A 5V 10ns 44TSOP2 36FBGA NULL
1Mbit 64Kx16 S6R1016W1A 1.65~3.6 8/10/12/15ns 44TSOP2 48FBGA NULL
1Mbit 64Kx16 S6R1016V1A 3.3 8/10ns 44TSOP2 48FBGA NULL
1Mbit 64Kx16 S6R1016C1A 5.0 10ns 44TSOP2 48FBGA NULL
1Mbit 128Kx8 S6R1008W1A 1.65~3.6 8/10/12/15ns 32sTSOP1 36FBGA NULL
1Mbit 128Kx8 S6R1008V1A 3.3 8/10ns 32sTSOP1 36FBGA NULL
1Mbit 128Kx8 S6R1008C1A 5.0 10ns 32sTSOP1 36FBGA NULL
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