Thismethod brings serious challenge for the security of Cryptographic Chip.
该方法的出现给密码芯片的安全带来了严重的挑战。
Cryptographic chip plays an important fundamental role in InformationSecurity.
密码芯片在信息安全中具有重要的基础性作用。
Aiming at the shortcomings of immobility structure and single algorithm of the traditional cryptographic chip, this paper presents a new method to design cipher chip.
本文针对传统密码芯片结构固定，算法单一的缺点，提出了一种新的密码芯片的设计方法。
This design reduced cost and PCB area, enhanced the RSA cryptographic speed, and lay a good foundation for further development of application of RSA, ECC cryptographic chip.
这种设计降低了成本，减小了面积，提高了RSA加密速度，为进一步开发rsa、ECC密码芯片的其它应用奠定了基础。
The SPARC T3-2 and T3-1 servers with on-chip cryptographic acceleration eliminate the need for additional coprocessor cards, special licensing, of add-on components.
具有片上加密加速功能的SPARCT3-2和T3-1服务器消除了对于附加组件额外协处理器卡和特别许可的需求。
The SPARC T3-2 and T3-1 servers with on-chip cryptographic acceleration eliminate the need for additional coprocessor cards, special licensing, of add-on components.
具有片上加密加速功能的SPARCT3-2和T3-1服务器消除了对于附加组件额外协处理器卡和特别许可的需求。
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