Intel Integrated Performance Primitives [5.3]

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• Intel Integrated Performance Primitives for Windows [5.3 Single, Email Windows]
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Expanded Data Compression Functions and Code Samples

• The Data Compression code samples have been expanded, and now include compression/decompression utilities that are command-line compatible with gzip and bzip2. Scripting applications can use these sample applications to accelerate server-side data management applications, and more.

• In addition, Intel IPP 5.3 now includes full support for Run-Length Encoding (RLE) data compression.

Optimised for the 45-nm Intel Core 2 Processor Family

• Intel IPP 5.3 delivers new performance optimisations specially targetted at the 45-nm Intel Core2 processor family. The 45-nm Intel Core 2 processor family includes new features such as Intel Streaming SIMD Extensions 4 (Intel SSE4), a set of 47 new instructions representing the most significant improvement to the Intel 64 instruction set architecture since 2001.

Optimised for the 45-nm Intel ultra-mobile processor technologies

• Intel IPP 5.3 also adds new performance optimisations specially targetted at the 45-nm “Silverthorne" ultra-mobile processor.

New Operating System Support

Intel IPP 5.3 expands the range of supporting operating systems, including:

• Apple Mac OS X 10.5
• Ubuntu and Debian Linux distributions

JPEG and JPEG2000 Codec support for Microsoft .NET

• Intel IPP 5.3 now provides code samples for JPEG and JPEG2000 encoding/.decoding under the Microsoft .NET framework.

Optimisations 64-bit Application Development
Intel IPP includes additional optimisations for 64-bit applications (Intel® 64 architecture-based and compatible platforms) when running on Intel Core2 processor family on Windows Vista, Linux and Mac OS.

Data Compression: zlib-compatible Inflate and Deflate Code Samples
Intel IPP brings updated data compression samples for high-performance, zlib-compatible "deflate" and "inflate" functionality for enterprise applications in data storage, WAN data transmission and more.

CAVP-Certified Cryptographic Algorithms
Intel IPP's cryptography algorithms have been formally validated under the Cryptographic Algorithm Validation Program (CAVP). Use Intel IPP to quickly build robust, high-performance cryptographic applications.

H.264 High Profile and VC-1 Support
Intel IPP continues to expand support for cutting-edge codec technologies, by adding support for H.264 High Profile and the new VC-1 high-definition video codecs. In addition, the code samples have been further optimized for multi-threaded execution on multi-core systems.

New Support for Ray-Tracing, Physics and High-Quality Rendering Applications
Intel IPP adds functions for compute-intensive ray-tracing, rendering and physics applications. The new functions simplify the rapid calculation of object bounding-boxes, object-ray intersections, shadows, reflections, and more.

The Intel IPP functions include:

• Video Decode/Encode
• Audio Decode/Encode
• JPEG/JPEG2000
• Data Compression
• Cryptography - CAVP Validated!
• Speech Coding
• Speech Recognition
• Image Processing
• Image Color Conversion
• Computer Vision
• Signal Processing
• Vector/Matrix Mathematics
• String Processing
• Ray Tracing/Rendering

Every purchase of an Intel® Software Development Product includes a year of support services, which provides access to Intel® Premier Support and all product updates during that time. Intel Premier Support gives you online access to technical notes, application notes, and documentation. Install the product, and then register to get support and product update information.

If it has been more than a year since the product was purchased, your support service has expired. Your product still runs, but you will not have access to newer product versions or updates. You may renew, using Support Service Renewal (SSR) Licenses at a discounted price to continue receiving those services.

Operating Systems
Intel IPP expands on previous versions, by adding new support Windows Vista, and 64-bit Mac OS X applications. Code re-use and cross-platform operating system development is simplified by having one library API for Windows, Linux and Mac OS X.

Development Environments
Intel IPP is fully compatible with other development tools from Intel, such as compilers, performance and threading analyzers, and other Intel Performance Libraries. In addition, Intel IPP is easily used and integrated with popular development tools and environments, such as Microsoft Visual Studio, Xcode, Eclipse, and the GNU Compiler Collection (GCC).

Processors

• Multi-core processors, including Intel Core2 Quad, Intel Core2 Extreme, Intel Core2 Duo, Intel Core™ Duo, Intel Xeon and Intel Pentium D processors
• Intel 64 architecture-based systems, including Intel Core 2 processors, Intel Xeon processors, Intel Pentium D processors, and compatible AMD processors.
• IA-32 architecture-based processors, including Intel Core processor family, Intel Pentium processors, and compatible AMD processors.
• Intel XScale microarchitecture-based processors, including Intel IXP4xx processors.