最后，基于FPGA实现了USB加密卡的加密功能，并对整体的加密处理性能进行了测试与分析。
Finally, we realize the encrypting function based on FPGA, and test and analyse the whole encrypting performance of USB Cipher Card.
对基于PCI总线插槽的硬件高速加密卡的设计，不但解决了速度瓶颈问题，同时也可用于其他加密应用处理。
The design of hardened high performance encryption card based on PCI local bus both resolves the speed bottleneck problem and it also can be used in other encryption processing.
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。
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.
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