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11 May, 2012
BOULDER, CO--(Marketwire - May 10, 2012) -
Rogue Wave Software announced today that it finalized an agreement to acquire IBM's ILOG
Visualization for C++ Products. For Rogue Wave customers, this acquisition adds high-performance data visualization capabilities to the company's existing
portfolio of cross-platform, HPC development tools and embedded components. In parallel, existing ILOG customers can be assured that their products will continue to be developed and supported by a company with specific expertise and dedication to high-performance development in C++. Since its inception in 1989, Rogue Wave, and its product SourcePro C++, has been recognized as the leader in C++ tools. These tools have always been used by their customers to build mission-critical, high-performance applications. Leveraging this position, the company made strategic acquisitions that expanded its capability to support customers building data-intensive applications deployed on parallel architectures. With this acquisition, Rogue Wave extends its customers' current ability to develop highly-portable, high-performance, data-intensive applications, with the ability to build exceptionally sophisticated data visualizations. Prior to this acquisition, the flagship products in Rogue Wave's portfolio included:
- The original SourcePro C++ product line;
- TotalView debugger to allow developers to more easily create high-quality parallel code;
- ThreadSpotter for performance optimization; and
- IMSL Numerical Libraries for high-speed, mathematical and statistical computations.
- A powerful GUI builder with a rich set of common UI controls (such as buttons, sliders, text fields, trees and spread sheets);
- Data-aware controls with point-and-click connectivity to common data sources;
- An abstraction layer for C++ access to a wide range of object and relational database management systems;
- High-performance data visualization components that render charts, graphs and maps at exceptionally high-speed, allowing developers to build highly interactive and intuitive data visualizations;
- A highly scalable framework for synchronizing the data flow among hundreds of highly graphical, data-intensive, distributed and cooperating user interface clients.
