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Case Study: MyrmecoX*, Neatware's Tcl Solution for Use with Intel Itanium
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Introduction
By Dallas Finn & Chang Li

A key need for the enterprise is finding the most effective way to process large files and get systems interfaced to different databases. Typically this means adopting new platforms and integrating new software applications. Neatware's MyrmecoX* suite for Tcl, which, thanks to some porting work done with the assistance of the Intel® Early Access Program(now the Intel® Software Partner Program),, now runs well on Intel's Itanium® processor. This allows users to capitalize on the Itanium processor's extensive and fast arrays (hash table), large file processing, and fast speed. And with the recent release of the Intel Itanium 2 processor, which will run programs ported to Itanium systems with 1.5x or more the performance improvement, enterprises can see even better results.

"Developers can access, split, and merge very large files and transmit them through FTP automatically. This greatly reduces the error rate of file processing and conversion during integration, not to mention making the entire integration much more manageable," said Chang Li, president of Neatware and technical manager of the company's software product development.

Neatware builds software for multimedia, network content management, and enterprise application integration tools. The company's MyrmecoX suite for Tcl (Tool Command Language) applications provides a productive tool and extensible components based on Tcl for Enterprise Application Integration (EAI), High Performance Web Service, and Interactive Testing.

Tcl is a language that provides "glue" for application integration. But the limitation of 32-bit systems makes it difficult for it to handle very large files. That's where Intel's Itanium processor comes in. The new Explicitly Parallel Instruction Computing (EPIC) architecture allows a high level of parallelism to speed up the execution of instructions, while the 64-bit address space and high memory bandwidth enables large and fast data processing in memory.
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