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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