Hardware encryption technology solves the problem that the software encryption may cause the key computed in the memory or system resources occupied.
硬件加密技术解决了软件加密在加密运算时的密钥出现在内存和占用系统资源两个不足之处。
It focuses on the hardware-based encryption techniques are reviewed to introduce the advantages and disadvantages of hardware encryption technology; types and development.
本文重点对硬件加密技术进行了综述，介绍了硬件加密技术的优缺点、种类及发展趋势。
The data encryption transmission technology realized by hardware chip was adopted to realize hardware encryption, which was authenticated by the national cryptogram management committee.
在传输方面，采用已通过国家密码管理委员会认证的硬件芯片加密算法的数据加密传输技术实现硬件加密。
Therefore, this paper will introduce USB-KEY technology to the mobile platform to realize the security platform of mobile phone which supports hardware encryption.
为此，本文提出将usb - KEY等相关技术引入到手机平台，实现支持硬件加密的手机安全支撑平台。
Considering the market requirement, the data encryption technology is gradually apt to hardware encryption products.
从市场对密码技术的需求来看，也逐渐倾向于基于硬件设备的密码产品。
Because of high security, high speed, and good performance advantages, such as hardware-based encryption technology to protect disk data has become the mainstream of current trends and research focus.
由于安全性高、速度快、性能好等优势，硬件加密技术成为了当前保护磁盘数据的主流趋势和研究热点。
Because of high security, high speed, and good performance advantages, such as hardware-based encryption technology to protect disk data has become the mainstream of current trends and research focus.
由于安全性高、速度快、性能好等优势，硬件加密技术成为了当前保护磁盘数据的主流趋势和研究热点。
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