Static-based verification of memory BIST integration

Kab Joo Lee, Seunghan Kim, Shihyeon Park, Youngsoo Yoo
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Abstract

Static-based verification methodologies are employed to minimize iterative simulations due to functional and timing problems after BIST integration into an ASIC. Formal equivalence checking is used to verify if BIST signals are correctly integrated into an ASIC. Static Timing Analysis (STA) is used to verify BIST timing. Two ASICs, implemented using 0.25 /spl mu/m technology, are used to apply static-based verification methodologies. Our experimental results show that static-based verification achieves significant verification speedup compared to simulation. This allows fast and early detection of function and timing errors that may be introduced during BIST integration:.
基于静态的内存BIST集成验证
采用基于静态的验证方法,以尽量减少由于BIST集成到ASIC后的功能和时间问题而导致的迭代模拟。形式等价检查用于验证BIST信号是否正确集成到ASIC中。静态定时分析(Static Timing Analysis, STA)用于验证BIST定时。采用0.25 /spl mu/m技术实现的两个asic用于应用基于静态的验证方法。实验结果表明,与仿真相比,基于静态的验证速度有显著提高。这允许快速和早期检测可能在BIST集成期间引入的功能和时间错误。
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