2013•International Conference on Instrumentation and Measurement, Computer, Communication and ControlRequires access

Design and Implementation of a Cipher SoC

Xin Gong, Feng Fuqiang, Yongquan Sun

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Abstract

This paper designed a reconfigurable cipher SoC based on IP-reuse methodology. The cipher SoC integrates a reconfigurable cryptographic coprocessor which can flexibly handle most of the symmetry cryptography algorithms, public key cryptography algorithms and hash algorithms. According to the architecture of the cryptographic coprocessor, we designed a specialized coprocessor interface which can increase the throughput effectively. Meanwhile, the design also integrates a wealth of on-chip resources, which make the cryptographic coprocessor be able to adapt to the development needs of a variety of products. DC synthesis result shows that the cipher SoC we designed has high performance with moderate area.

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What this paper is about

This paper designed a reconfigurable cipher SoC based on IP-reuse methodology. The cipher SoC integrates a reconfigurable cryptographic coprocessor which can flexibly handle most of the symmetry cryptography algorithms, public key cryptography algorithms and hash algorithms. According to the architecture of the cryptographic coprocessor, we designed a specialized coprocessor interface which can increase the throughput effectively. Meanwhile, the design also integrates a wealth of on-chip resources, which make the cryptographic coprocessor be able to adapt to the development needs of a variety of products. DC synthesis result shows that the cipher SoC we designed has high performance with moderate area.

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Available abstract

This paper designed a reconfigurable cipher SoC based on IP-reuse methodology. The cipher SoC integrates a reconfigurable cryptographic coprocessor which can flexibly handle most of the symmetry cryptography algorithms, public key cryptography algorithms and hash algorithms. According to the architecture of the cryptographic coprocessor, we designed a specialized coprocessor interface which can increase the throughput effectively. Meanwhile, the design also integrates a wealth of on-chip resources, which make the cryptographic coprocessor be able to adapt to the development needs of a variety of products. DC synthesis result shows that the cipher SoC we designed has high performance with moderate area.

Key concepts: Coprocessor, Computer science, Cryptography, Cipher, Embedded system, Block cipher, Running key cipher, Key (lock)

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