指示板

查找内容

进一步筛选结果
相关内容

活动标签

  • 23 结果
  • 每页条目数

Intel® Advanced Encryption Standard Instructions: Article

Intel’s Jeffrey Rott presents an in-depth look at Intel® Advanced Encryption Standard New Instructions and performance and security improvements.

Fast SHA-256 Implementations on Intel® Architecture Processors

White Paper: Describes highly-optimized Fast SHA-256 cryptographic hash algorithm implementations for Intel® processors. (v.001, May 2012)

预览 | 下载

Optimized Galois-Counter-Mode Implementation

White Paper: Optimized Galois-Counter-Mode execution combines stitching with polynomial multiplication, increasing performance on Intel® processors.

预览 | 下载

Haswell Cryptographic Performance

White Paper: Discusses Haswell Intel® Core™ processor family features for cryptographic algorithm implementations such as Secure Hash Algorithm.

预览 | 下载

High-Performance Storage Encryption on Intel® Architecture

White Paper: Describes the performance benefits of optimizing storage encryption on Intel® architecture. (v.1, Aug. 2010)

预览 | 下载

Intel® Technology Enables Fast and Secure Data Encryption

Introduces Intel® Advanced Encryption Standard New Instructions, which enable data encryption and support AES key expansion. (Aug. 2012)

Intel® Technology Optimizes Cryptographic Library

Intel® technology replaces basic advanced encryption standard routines in the OpenSSL* cryptographic library for security optimization. (Aug. 2012)

Multi-Hash: Family of Cryptographic Hash Algorithm Extensions

White Paper: Proposes extensions to cryptographic hash algorithms, describes overall design, and presents performance summary. (v.001, July 2012)

预览 | 下载

Advanced Encryption Standard Instructions Set

White Paper: Provides an overview of the Advanced Encryption Standard algorithm, including instructions to secure processing. (v.1, July 2008)

预览 | 下载

Enhance Embedded System Security with Intel® AES-NI

Advanced encryption in Intel® AES New Instructions prevents delays and avoids errors, enhancing the security of embedded systems. (v.001, Nov. 2010)