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Mobile Device Security with Windows* 8.1 Begins in the Hardware

Solution Brief: Strengthen your mobile device security with hardware-enhanced protections on devices powered by Intel® processors with Windows 8.1*."

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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.

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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.

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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.

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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.

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How Intel Security Helps Protect Enterprise Data

Intel speeds security software and makes it stronger by building tools right into the silicon to protect enterprise data and increase efficiency.

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)

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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 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).

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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)

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