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Solid State Memory

Solid State Memory. Kasin VIchienchom kvkasin@kmitl.ac.th Oct 31,2009. Evolution of Microelectronics Devices . [1]. Memory Road Map. [1]. Performance Matrices. Scalability Cell Size, Density, Cost Speed Switching speed, Access Time Power Consumption Read/Write/Standby Reliability

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Solid State Memory

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  1. Solid State Memory Kasin VIchienchom kvkasin@kmitl.ac.th Oct 31,2009

  2. Evolution of Microelectronics Devices [1]

  3. Memory Road Map [1]

  4. Performance Matrices • Scalability • Cell Size, Density, Cost • Speed • Switching speed, Access Time • Power Consumption • Read/Write/Standby • Reliability • Retention time, Endurance • Compatibility • CMOS Technological Compatibility

  5. Speed of Embedded Memories [2]

  6. Cell Size and Switching Time [1]

  7. Energy to Program One Bit [1]

  8. Standby Power Consumption [1]

  9. Embedded SRAM in Memory System [2]

  10. SRAM Cell Size Scaling Trend [2]

  11. SRAM Voltage Scaling Trend [2]

  12. Nonvolatile Memory Comparison [2]

  13. Embedded Flash Memory [2]

  14. Flash Data Storage

  15. MRAM [3]

  16. Structure of MTJ and MRAM Cell [2]

  17. FeRAM Applications of PZT (Pb(Zr,Ti)O3), [2]

  18. FeRAM Growth in Applications [2]

  19. PCRAM [4] Use electrical pulses to change phase between crystalline (low R) and amorphous (high R)

  20. References • Electronic Device Architecture for the Nano-CMOS Era, Pan Stanford Publishing, 2009 • Embedded Memories for Nano-Scale VLSIs, Springer 2009 • Magnetoresistive Random Access Memory Using Magnetic Tunneling Junctions, Proceeding of IEEE, May 2003 • IBM Website

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