AES

Announcing new Security Projects for Academia

The Intel Academic Program announces new software projects for security coursework, labs and experiments. These tools support the Intel Security Curriculum Series and can be used in general aspects of security instruction. Peruse our first projects on the Advanced Encryption Standard (AES), Trusted Boot, Identity Protection and Digital Random Number Generator (DRNG) here on the Security tab: http://software.intel.com/academic

Utilizing AES New Instructions (AES-NI) in a Windows* 8 C# App

AES-NI is a new security feature available on the latest Intel® Atom™ Z3000 processors (codename Bay Trail).  AES-NI provides a set of hardware instructions onboard the processor that implement some of the intensive sub-steps of the AES algorithm.  This yields additional performance when performing AES cryptographic operations.  This blog discusses a method of adding encryption and decryption that utilizes AES-NI in a Windows 8 C# app.

IPP Crypto Sample Performance for OpenSSL too Slow on Hyper-Threading Systems

When running Intel IPP crypto sample for OpenSSL on Hyper-Threading systems, the AES benchmark application reports slow performance. Users need to use correct threading setting to avoid the problem.
  • Apple OS X*
  • Linux*
  • Microsoft Windows* (XP, Vista, 7)
  • C/C++
  • 英特尔® Composer XE
  • 英特尔® Parallel Composer
  • 英特尔® 集成性能原件
  • AES
  • OpenSSL
  • openssl-ipp
  • OpenMP*
  • 优化
  • 线程
  • Boosting OpenSSL AES Encryption with Intel® IPP

    IPP crypto adopts the AES-NI in latest version, which gives users the automatic boost from new silicon without any more work. The article shows the performance gain of OpenSSL AES with IPP AES function.
  • 英特尔® Parallel Composer
  • 英特尔® 集成性能原件
  • AES
  • encryption
  • IPP Cryptography Library
  • Westmere
  • Cryptography
  • OpenSSL
  • IPP Cryptography
  • IPP cpu optimization
  • openssl-ipp
  • AES-NI
  • decryption
  • 优化
  • 订阅 AES