JS28F256P33B95A

JS28F256P33B95A Application Field and Working Principle

The JS28F256P33B95A is an 8Mx32 advanced stacked memory device designed for use in a wide range of embedded applications. The JS28F256P33B95A is ideal for industrial, consumer, automotive, networking, and storage applications. It offers superior storage performance in a variety of form factors and uses a variety of technologies.

Application Field

The JS28F256P33B95A is ideal for use in a variety of embedded applications, such as:

• Industrial and consumer applications, such as process control, communications systems, and automotive systems.
• Networking applications, such as routers, switches, and wireless phones.
• Storage applications, such as hard disk drives, solid state drives, memory sticks, and USB flash drives.

In addition to embedded applications, the JS28F256P33B95A is also suitable for use in PCs and workstations, networking products, and consumer applications.

Working Principle

The JS28F256P33B95A uses a 32-bit wide interface with 3.3V power supply. The device has an internal 8M-bit memory array which is organized as a 256Kx32 configuration. It uses a four-bank, pipelined structure that allows up to four simultaneous access requests, enabling higher throughput and lower power consumption.

The device is constructed using an advanced stacked silicon process technology, which combines a logic layer, memory layer, and control layer onto a single substrate. The logic layer provides control signals and latches while the memory layer provides fast access times and lower power consumption. The control layer is used to interface to the memory array and to control the accesses to the memory array.

The JS28F256P33B95A offers an array of features to provide enhanced performance, including an access latency as low as 12ns, a deep power down mode for reduced power consumption, and internal error correction logic.

Conclusion

The JS28F256P33B95A is an advanced stacked silicon memory device designed for use in a variety of embedded applications. It offers superior storage performance in a variety of form factors and uses a variety of technologies. It is suitable for use in a variety of applications, including industrial, consumer, automotive, networking, and storage applications. It features an access latency as low as 12ns, a deep power down mode for reduced power consumption, and internal error correction logic.