Racom

Racom is a Czech technology company headquartered in Nové Město na Moravě. It specializes in communications equipment for wireless data transmission, including radio modems, GPRS/EDGE/UMTS routers, and microwave links. Its products are intended primarily for industrial and professional networks rather than consumer electronics, with applications in SCADA and telemetry, fleet management, and transaction and financial communications. The company's technical origins reach back to the period before Czechoslovakia's Velvet Revolution in 1989, when work centered on designing and producing equipment for radio amateurs. After the political and economic changes of 1989, Racom's focus moved toward professional wireless data communications. The company developed its first radio modem in 1991, and radio modems for UHF and VHF licensed bands subsequently became a central part of its business. Racom's product approach combines radio communication with cellular and microwave technologies. Its MORSE system is designed to bring different communications methods together within a single network, allowing users to integrate radio links with mobile-data connectivity where operational requirements, coverage, or infrastructure conditions vary. This hybrid orientation is particularly relevant to distributed industrial systems, where reliable data transfer may be needed across geographically dispersed assets. The company's equipment supports common industrial and networking interfaces, including RS-232, RS-485, RS-422, and Ethernet. According to the available reference material, the implementation of communication protocols is optimized for the constraints of each transmission medium: narrow-band radio links require attention to limited throughput, while GPRS, EDGE, and UMTS connections require efficient use of data because mobile operators charge for transmitted volume. Racom's positioning is therefore based on specialized engineering for mission-oriented communications. Rather than competing primarily through mass-market brand visibility, it serves organizations that need robust links between control systems, field equipment, vehicles, and transaction or telemetry platforms. Available reference material does not establish a founding year, ownership structure, financial performance, executive roster, or a detailed current geographic market footprint.

Racom's technical roots predate the Velvet Revolution of 1989 in Czechoslovakia. In its early period, the company worked on the design and production of equipment for radio amateurs. This experience provided a foundation in radio engineering before the business moved toward professional wireless data communications. Following the political and economic transition around 1989, Racom increasingly concentrated on radio modems and wireless data networks. The company's first radio modem was developed in 1991. Radio modems for licensed UHF and VHF bands then became a principal area of specialization, marking a shift from amateur-oriented equipment toward communications systems intended for industrial and commercial users. Racom subsequently broadened its communications portfolio beyond standalone radio equipment. Its products came to include GPRS, EDGE, and UMTS routers as well as microwave links. This expansion enabled the company to address networks in which different transmission technologies might be needed for different parts of the system. Racom developed the MORSE system to combine these technologies within one network, supporting communication architectures that could use radio, cellular, and other wireless links together. The company's equipment is designed for use in SCADA and telemetry, fleet-management systems, and transaction and financial networks. These applications share a need for dependable data communication between central systems and geographically distributed devices or sites. Racom's technology supports industrial interfaces such as RS-232, RS-485, RS-422, and Ethernet, allowing its equipment to connect with control, monitoring, and data-processing systems. The available description of Racom emphasizes adaptation to the technical and economic limits of each communication medium. For narrow-band radio, protocol implementation is optimized to make effective use of limited throughput. For GPRS, EDGE, and UMTS networks, it is optimized to minimize transmitted data volume, which can reduce exposure to usage-based charges from mobile-network providers. This reflects Racom's focus on practical deployment requirements rather than on communications technology in isolation. Racom is headquartered in Nové Město na Moravě in the Czech Republic. The supplied reference material does not provide a confirmed legal founding date, founder, ownership history, named executives, financial information, or a detailed account of later corporate developments. Its documented history is consequently best understood as the evolution of a Czech radio-engineering business into a specialist supplier of integrated industrial wireless communications.

• 1991

  First radio modem developed

  [1]Racomen.wikipedia.org

  Racom developed its first radio modem, beginning the phase in which radio modems and wireless data networks became the company's principal focus.

• 1989

  Technical roots before and around the Velvet Revolution

  [1]Racomen.wikipedia.org

  The company's early technical work involved designing and producing equipment for radio amateurs during the period before the Velvet Revolution in Czechoslovakia.

Specialized industrial and professional communications infrastructure for SCADA, telemetry, fleet management, and transaction or financial data networks.

• Industrial wireless communications · 1991

  Radio modems

  Racom's radio modems are designed for wireless data networks using licensed UHF and VHF bands. They form the core of the company's documented product specialization and are intended for professional applications such as telemetry, SCADA, fleet-management communications, and other distributed data systems where dedicated radio links are required.

• Cellular data networking

  GPRS/EDGE/UMTS routers

  These routers provide data connectivity over GPRS, EDGE, and UMTS mobile networks. Racom's stated design emphasis includes minimizing the amount of data transmitted over cellular links, an important consideration for industrial deployments in which mobile operators charge according to data usage.

• Wireless backhaul

  Microwave links

  Racom's microwave links extend its portfolio into point-to-point or network-backhaul communications. They are part of the company's broader effort to provide multiple wireless transmission options for professional networks and can be used alongside radio and cellular technologies in integrated architectures.

• Integrated communications platform

  MORSE system

  MORSE is Racom's integrated communications system for combining different transmission technologies within one network. The system is associated with deployments that may need to connect radio, cellular, and other wireless links while supporting industrial communication interfaces and application protocols.

1. 1Racomen.wikipedia.org