Image Analyzer* harnesses Intel® tools to optimize its software for Intel® multi-core architecture

バージョン：  001 : 2008年11月

Intel® QuickAssist Technology reduces cost and increases scalability for network and security appliances

バージョン：  001 : 2010年2月

Off-the-shelf building blocks accelerate security gateway development: Intel® EP80579 Integrated Processor with Intel® QuickAssist Technology and Intoto iGateway MSG SecureSME*.

バージョン：  001 : 2008年1月

The Intel® EP80579 Integrated Processor with Intel® QuickAssist Technology combines security acceleration, computing performance and power efficiency.

バージョン：  001 : 2008年7月

High-performance security software runs on low-power wireless devices with Intel® Atom™ processors.

バージョン：  001 : 2008年8月

Intel® architecture and Sensory Networks’* scalable high-performance libraries delivers a high-performance, optimized solution for multi-gigabit network security tools.

バージョン：  001 : 2010年1月

Intel® Xeon® processor with quad-core technology enables IPS software blade with complete intrusion prevention and threat coverage for client servers.

バージョン：  0.001 : 2009年4月

Intel® Embedded platforms consolidate workloads on a single architecture enabling communications systems for applications, services, control plane processing, and packet processing.

バージョン：  001 : 2010年3月

How to deliver quality of service without compromising security? Check Point Software says the answer is a flexible unified architecture for multiple security applications.

バージョン：  1 : 2010年12月

The Intel® EP80579 Integrated Processor is an excellent fit for security appliances targeting data rates in the range of several hundreds of megabits per second.

This paper describes the performance increase that can be achieved on the 2nd Generation Intel® Core™ processor family over previous generation, on cryptographic applications.

バージョン：  001 : 2011年1月

Security software designed for multi-core platforms to protect infrastructure investments

バージョン：  001 : 2008年11月

It shows how stitching pairs of functions together in a fine-grained manner results in performance gains of 1.4X-1.9X (on IA processors) over applications perform functions sequentially.

バージョン：  2010年4月

This paper describes an optimized implementation of GCM that combines function stitching with novel polynomial multiplication methods and achieved enhanced performance.

バージョン：  001 : 2010年8月

This paper describes how processing multiple independent data buffers in parallel can dramatically improve performance, even without SIMD.

バージョン：  001 : 2010年7月

Intel takes innovative solutions to a higher level, to combine energy-efficient performance, connectivity and compute security to the cloud, with malware, asset, data, and identity protection.

バージョン：  002 : 2012年2月

An AES-GCM implementation based on the AES-NI and PCLMULQDQ instructions delivered a 400% throughput performance gain when compared to a non-AES-NI enabled solution on the same platform.

バージョン：  001 : 2010年8月