关键词: 差分功耗分析 动态差分串联电压开关逻辑 灵敏放大器型逻辑 制造工艺

Abstract:

Differential-power-analysis attacks are currently the most effective on cryptographic devices. In such attacks, the power consumption of a cryptographic device is analyzed to reveal the secret key that is used inside the device. In order to counteract these attacks, DPA-resistant standard cells, instead of the static complementary CMOS standard cells, can be used to implement cryptographic devices. This paper analyzes the resistance of two different   logic styles （DDCVSL and SABL） against DPA attacks in the design rules of two different process technologies. The experimental results demonstrate tha at DDCVSL and SABL all have a high DPA-resistance with the shrinking channel-length of the transistors. Meanwhile, the power consumption, delay and area  of DDCVSL are less than those of SABL.

Key words:  （differential power analysis（DPA） ;dynamic differential cascade voltage switch logic （DDCVSL） ;sense amph-fier based logic（SABL）, process technology）