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Cryptographic Performance on 2nd Gen Intel® Core™ Processors
Paper: Cryptographic application performance increases on 2nd generation Intel® Core™ processors over Intel® microarchitecture code named Westmere.

Paper: Cryptographic application performance increases on 2nd generation Intel® Core™ processors over Intel® microarchitecture code named Westmere.

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

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

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Low Voltage Processor Options: Platform Brief, Mandarin [76 K]
Mandarin, Platform Brief: With low voltage options, the Intel® Xeon® processor 5100 series provides efficient balanced power. (v.006, June 2009)

Mandarin, Platform Brief: With low voltage options, the Intel® Xeon® processor 5100 series provides efficient balanced power. (v.006, June 2009)

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High Performance DEFLATE Decompression on Intel® Architecture
White Paper: Performance characteristics of an optimized implementation of DEFLATE decompression on Intel® processors. (v.001, Nov. 2010)

White Paper: Performance characteristics of an optimized implementation of DEFLATE decompression on Intel® processors. (v.001, Nov. 2010)

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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)

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

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Fast SHA512 Implementations on Intel® Architecture: White Paper
White Paper: Describes family of highly optimized implementations of the SHA512 cryptographic hash algorithm on Intel® processors (v.001, Nov. 2012).

White Paper: Describes family of highly optimized implementations of the SHA512 cryptographic hash algorithm on Intel® processors (v.001, Nov. 2012).

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New Instructions Support Large Integer Arithmetic
White Paper: Describes critical operations required in large integer arithmetic and efficient implementations of new instructions. (v.001, Aug. 2012)

White Paper: Describes critical operations required in large integer arithmetic and efficient implementations of new instructions. (v.001, Aug. 2012)

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Large Integer Squaring on Intel® Architecture Processors
White Paper: Critical operations in large integer arithmetic using new instructions on Intel® processors for fast implementation. (v.001, Jan. 2013)

White Paper: Critical operations in large integer arithmetic using new instructions on Intel® processors for fast implementation. (v.001, Jan. 2013)

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Novel Hashing Method Suitable for Lookup Functions: Paper
White Paper: Describes a hashing method suitable for lookup functions and how to compute a high-quality 64-bit hash digest on Intel® processors.

White Paper: Describes a hashing method suitable for lookup functions and how to compute a high-quality 64-bit hash digest on Intel® processors.

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Intel® AES New Instructions (Intel® AES-NI) [83 K]
Intel® AES-NI is a new encryption instruction set, improving on the previous algorithm and accelerating data encryption.

Intel® AES-NI is a new encryption instruction set, improving on the previous algorithm and accelerating data encryption.

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Tier 3 Strengthens Cloud Security with Intel® AES-NI
Case Study: Tier 3 uses Intel® Advanced Encryption Standard New Instructions for companies to cost-effectively expand security in customers’ cloud.

Case Study: Tier 3 uses Intel® Advanced Encryption Standard New Instructions for companies to cost-effectively expand security in customers’ cloud.

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Enhanced Cloud Storage and Data Security
Case Study: Korean mobile company SK Telecom chooses Intel® Xeon® processor-based Intel® AES-NI, enhancing data and cloud storage security.

Case Study: Korean mobile company SK Telecom chooses Intel® Xeon® processor-based Intel® AES-NI, enhancing data and cloud storage security.

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Intel® AES New Instructions: White Paper
White Paper: Intel® AES New Instructions set, guidelines and demonstrations.

White Paper: Intel® AES New Instructions set, guidelines and demonstrations.

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Intel® AES-NI Ecosystem Update
Standard Instructions: Intel® Advanced Encryption

Standard Instructions: Intel® Advanced Encryption

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Provision a Linux Web Server for Intel® AES-NI
White Paper: guide reviews steps to configure a server and client to use Intel® AES New Instructions (AES-NI) when performing secure web transactions.

White Paper: guide reviews steps to configure a server and client to use Intel® AES New Instructions (AES-NI) when performing secure web transactions.

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Intel® Advanced Encryption Standard New Instructions [59 K]
Intel® advanced encryption standard new instructions. Includes uses and process.

Intel® advanced encryption standard new instructions. Includes uses and process.

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Accelerate McAfee Endpoint Encryption* with Intel® AES-NI
McAfee and Intel optimize full-disk encryption using Intel® AES New Instructions with software-based encryption for better performance and security.

McAfee and Intel optimize full-disk encryption using Intel® AES New Instructions with software-based encryption for better performance and security.

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DuPont Increases Security with Intel-based Encryption
White Paper: DuPont tests encryption performance on Intel-based servers with built-in Intel® AES-NI, rapidly accelerating enterprise data security.

White Paper: DuPont tests encryption performance on Intel-based servers with built-in Intel® AES-NI, rapidly accelerating enterprise data security.

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GNAX Health and Intel Protect Healthcare Data in the Cloud
Solution Brief: GNAX Health cloud solutions use Intel® Advanced Encryption Standard-New Instructions to improve security and increase performance.

Solution Brief: GNAX Health cloud solutions use Intel® Advanced Encryption Standard-New Instructions to improve security and increase performance.

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Using Encryption to Protect Against Health IT Data Breaches
The increase in the mobile workforce necessitates the adoption of security solutions that protect devices and data that is travelling (physically).

The increase in the mobile workforce necessitates the adoption of security solutions that protect devices and data that is travelling (physically).

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Healthcare and Intel® AES - NI
Paper: Demonstrates performance gains for Healthcare security technologies using Intel® AES-NI instructions on a Linux/Java software stack.

Paper: Demonstrates performance gains for Healthcare security technologies using Intel® AES-NI instructions on a Linux/Java software stack.

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Enhanced Data Protection with Hardware-Assisted Security [84 K]
Intel ensures data protection by consulting with global security experts, supporting key security standards, security innovations and secure systems.

Intel ensures data protection by consulting with global security experts, supporting key security standards, security innovations and secure systems.

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Fast Cryptographic Computation Via Function Stitching
White Paper: Pair function stitching together in fine-grains to enable more cryptographic computation and performance gains on Intel® processors.

White Paper: Pair function stitching together in fine-grains to enable more cryptographic computation and performance gains on Intel® processors.

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Processing Multiple Buffers in Parallel for Performance
White Paper: How processing multiple independent data buffers in parallel dramatically increases performance without SIMD on Intel® processors.

White Paper: How processing multiple independent data buffers in parallel dramatically increases performance without SIMD on Intel® processors.

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Improving OpenSSL* Performance
White Paper: Results of OpenSSL* performance measurements with highly optimized cryptographic implementations on IA. (v.001, Oct. 2011)

White Paper: Results of OpenSSL* performance measurements with highly optimized cryptographic implementations on IA. (v.001, Oct. 2011)

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