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High-Performance Storage Encryption on Intel® Architecture

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

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Fast CRC Computation for iSCSI Polynomial Using CRC32 Instruction

White Paper: Provides fast Cyclic Redundancy Check (CRC) computation method for maximum performance on Intel® processors. (v.2, Apr. 2011)

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Deep Packet Inspection: Intel® Architecture Delivers Flexibility

Multi-core Intel® processors deliver high performance, scalability, flexibility, and security for deep packet inspection (DPI).

Signal Processing: Simplify with Signal Processing Development Kit

Improvements to multi-core architecture make signal processing viable on Intel® processors, resulting in superior parallelism performance.

Vineyard Networks Network Application Visibility Library*

Next-generation Deep Packet Inspection software engine provides real-time, Layer-7 classification of network traffic.

SHA512 Software Package: Software

Software: Package includes family of highly-optimized implementations of the SHA512 cryptographic hash algorithm for superior processor performance.

Enhancing Data Plane Performance on Crystal Forest Platform

Learn how to run the Intel® Data Plane Development Kit in a Simics environment using the Crystal Forest platform to boost data plane performance.

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Software: Fast CRC16 Code for T10 DIF

Software: Use this optimized function to compute a 16-bit cyclic redundancy check as defined in the T10 DIF standard using PCLMULQDQ instruction.

Fast SHA256 Code for Intel® Processors: Code Release

Code Release: Use four optimized functions to compute SHA256 hash, improving performance on Intel® processors for any length of data buffers.

FIR Filter Algorithm Implementation Using Intel® SSE Instructions

White Paper: FIR filter implementation uses Intel® Streaming SIMD Extensions, architectural features, and best known methods. (v.001, Mar. 2010)

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