UMCC is designer and manufacturer of high performance RF/Microwave components and subsystems. Since its founding almost two decades ago, the company has established and followed a tradition of excellence supplying reliable high quality products into a wide range of industries such as wireless and satellite communications, medical science, surveillance/security, industrial automation, military/defense sector products, space exploration, aviation, biometrics, broadcasting, and similar. UMCC is a growing company and we owe our success to our customer’s satisfaction in doing business with UMCC and their continuing support. We hope you find this web site interesting and helpful. Should you have any comments, questions, or suggestions regarding information presented in this web site, please do not hesitate to direct them to us as we actively correct, change, add, and upgrade this site.

UMCC is a technically-oriented company with specialized engineering capabilities in RF/Microwave hardware design and development. Our team of engineers and technicians have years of hands-on experience in product development. Computer aided design tools are widely applied in different stages of product-design, development, and manufacturing. Product design starts with an engineering concept to meet a specific product specification. RF/Microwave circuitry is designed along with preliminary engineering calculations. Electrical circuitry and layout is modeled on a computer simulator. The computer model includes real-world physical parameters where tolerances, parts limitations, and manufacturing yields are accounted for. Touchstone simulator is among the software tools frequently used for analysis and optimization of such circuits by our engineers. After each circuit model is fully optimized, a circuit layout is generated along with a mechanical package to house the circuit elements such as connectors, feeds, substrate/PCB, and other parts. Mechanical package design is done with AutoCAD software. Ultimately, a preliminary test prototype is developed and tested. Upon success of the prototype a complete set of documentation is generated. The documentation package includes parts lists, schematics, assembly drawings, CNC machining programs, manufacturing instructions, testing/tuning procedures, test data sheets, outline drawings, marking instructions, etc.

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