1、探索了亚20纳米DRAM中RowPress引起的泄漏的物理机制;2、对比了单面和双面RowPress与Row Hammer,重点研究电子迁移和电容串扰;3、确定增加的电场是RowPress效应的主要贡献者,与Row Hammer的e-trap辅助机制不同;4、研究了RowPress的位翻转方向性、温度依赖性、访问模式依赖性和数据模式依赖性;5、评估了RowPress效应的可扩展性,为开发缓解技术和增强DRAM的可靠性和安全性提供了理论基础。
Related Articles
- JEDEC standard targets LPDRAM modules for AI data centres13 days ago
- Adata chairman says AI datacenters are gobbling up hard drives, SSDs, and DRAM alike — insatiable upstream demand could soon lead to consumer shortages21 days ago
- Uncertainty persists for component buyers27 days ago
- Micros Need MADRAMsabout 1 month ago
- The future of DRAM: From DDR5 advancements to future ICsabout 1 month ago
- DW100 DDR5 192 GB Memory Kit For AI And LLMsabout 2 months ago
- Hynix instals High-NA EUV machine for memory production2 months ago
- Q2 semi equipment billings up 24% YoY2 months ago
- Next-generation 3D DRAM approaches reality as scientists achieve 120-layer stack using advanced deposition techniques2 months ago
- InnoDisk Shows DDR5-12800 MRDIMMs at FMS 20252 months ago