Abstract. Harnessing of hybrid servers with heterogeneous architecture and computing modules consisting of universal processors, programmable logic integrated circuits, and graphic processors is discussed. The use of heterogeneous architecture is reported to allow to improve efficiency of the solutions of the tasks realized in data processing centers such as web applications, search and indexing of data bulks, hosting of physical and virtual servers, routing, parallel and "cloudy" computation. Results of evaluation of the effectiveness of several applied problems with parallel computing are provided, the problems include: matrix multiplication; operations with big data; search of substrings in data stream in real time on the template which show efficiency of the use of heterogeneous hardware computing environments for their solution. The architecture of heterogeneous multiprocessor hardware and software (MHS) constructed on the basis of an open telecommunication platform and the micro TCA/AMC standard is described; a prototype of the complex has been developed and created in the frames of the project "Development and Organization of Hi-tech Production of Energy Efficient Multiprocessor Hardware-software Server Complexes for the State and Enterprise Information Systems and Data Processing Centers".

Keywords: heterogeneous multiprocessor hardware and software complex, graphic processor, programmable logic integrated circuits, parallel computing, operating systems, embeddable computing systems

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