Annotation

Annotation: The article analyzes the complexity of modern designs of circuit boards for complex-functional microcircuits, mother multilayer printed circuit boards, the performance of modern heterogeneous computing equipment, the impact of delays in the graphical user interface of computer-aided design tools on the psychoemotional state and productivity of the developer, the availability of available database management systems (DBMS) capable of efficiently processing and visualizing a large number of multi-layered technical objects (MTO). It is indicated that programs available in Russia for automating the chip and printed circuit boards design have exhausted their capabilities for the effective development of modern multilayer printed circuit board designs, including substrate boards for Russian Elbrus microprocessors and motherboards for modules of computing complexes based on them, as the size of such projects has grown to one million MTOs. For the further successful design of domestic computing equipment, it is necessary to improve the development tools to a level that provides the ability to visualize and process at least one million MTO without leading to noticeable delays in the graphical user interface of the program. The requirements for the operational properties of a specialized DBMS are defined and justified, based on the scope of application for multilayer printed circuit boards of computing complexes and circuit boards of complex-functional microcircuits, which will increase the efficiency of working with MTO and provide visualization of modern projects with a standard popular FullHD resolution of 1920 x 1080 pixels with an MTO number of at least 1 million at a speed of at least 25 frames per second, when performing typical interactive processing operations in engineering software on widely available heterogeneous computing equipment.