Scalable unified fault-tolerant multifunctional on-Board computer system (MUOMBVC) is designed to build hardware and software platforms for input and output of digital audio/video information. MUOMBVK is intended for use on mobile vehicles of wheeled and tracked type, on sea vessels and in aviation.

To solve the problem of creating equipment for a new generation of aerospace systems, a distinctive feature of which is a long period of active existence (15-17 years) and the installation of equipment outside the sealed compartments of the SPACECRAFT, the research Institute "ARGON" has created a technology for the development and manufacture of durable, fault-tolerant and radiation-resistant equipment for special applications. When it was created, the 45-year experience of the research Institute "ARGON" was used to develop on-Board computing facilities for aerospace purposes, advanced technologies and design tools for modern electronic AND radio-electronic devices. The basis of the "DORA" technology is a reliability-oriented design using a unified basic load-bearing structure, certified highly reliable element base, unified circuit and system solutions, a system of defect-free design and testing, proven methods and means of quality control.

The embedded data acquisition and processing module (AMD) is a functionally complete computer system implemented in the Euromechanics 6U standard design. the module consists of 2 to 6 computers and a wide range of external standard interfaces.

A-15AR-modernization of the btsvm A-15, numerous modifications of which were released starting from the mid-80's in the number of several thousand units. Many of them continue to be used today as part of a number of operational and tactical complexes, aviation and other facilities.

Depending on the configuration and installed software MBVC can be used as an operator's workplace in on-Board information and control networks or as an Autonomous computer of wide application. In addition to collecting and processing information, it is possible to manage objects in real time. The design provides operation in harsh conditions on all-terrain wheeled and tracked chassis, aviation facilities and on marine vessels. Used in the design and production of structural and technological solutions can achieve significantly higher reliability than traditional.

The family of communication devices (generation 1996) - SUS is intended for use in fault-tolerant control systems for space objects of various classes, including objects with a long period of active existence

Part of the BVS SM MKS Developer: research Institute "Argon", STC "Module" Manufacturer: NGO "Rubicon", STC " Module»

It is a part of the BCVS KA of the Yamal-100 SPACECRAFT Developer: research Institute "Argon", STC "Module" Manufacturer: NPO "Rubicon", STC Module»

Included in the BCVS spacecraft Yamal-100, Yamal-200 Developers: Research Institute Argon, STC Module The manufacturer: NPO Rubicon, STC Module.

It is part of the Yamal-200 SCVS Developers: Research Institute "Argon", STC "Module" Manufacturer: NPO Rubicon, STC "Module".