Optim Microwave

Optim Microwave, Inc. is a small antenna design and manufacturing company located in Camarillo, California. We occupy a 15,000 square foot facility where we do the design, assembly, and testing of microwave antennas and components. Most of our products are for the commercial market. We have around 20 employees. In addition to commercially available... software, we have our own suite of proprietary RF modeling software which we use heavily for the design of antennas and microwave components. We have several programs, each of which can analyze a specific type geometry. We use these programs as the computing engines of optimization programs to perform many of our designs. Our heavy use of optimization led to our name, Optim Microwave. We use EM modeling software from CST to model geometries which are not well suited to our own in-house software. We have a large farm of computers, a few of which are shown in the photograph to the left, which perform the optimizations 24 hours a day. The company was founded in 1988 by Leon Ricardi as a consulting company, LJR, Inc., in Torrance, CA. In 1997 the name was changed to better reflect the design and manufacturing work we were beginning to perform. We have changed locations a few times as we required more manufacturing space. The company is entirely employee owned and financed. The present owners have been with the company since 1991. Over the years we have designed and developed many antenna types including phased arrays, reflectors, and lenses. Our present area of expertise is the design of specialized antennas for the in-motion satellite communication market. We sell a number of ku- and ka-band antennas for the marine market which range in size from 11 inches to 5 feet in diameter for both receive-only and transmit/receive applications. We also have a number of low-profile antenna designs which are used on aircraft and ground vehicles. Additionally, we design and manufacture many related components for these antennas (diplexers, OMTs, adapters, polarizers, etc.). In the ...Read More