Our Experience
With years of combined experience in the design, manufacturing and testing of antennas, JEM's engineering team is able to develop working solutions for its customers. JEM's engineering team's depth of experience continues to expand by working with high profile customers including the U.S. Navy, NASA and Applied Signal Technology. See below for a snapshot of some of JEM's success stories and contract work:

	Application:	Designed for a communications data link application (medium range backhaul)
	Type of Antenna:	Dual polarized patch antenna
	Type of Customer:	Government and Commercial
	Details:	The antenna incorporates two arrays with orthogonal polarizations for transmitting and receiving. It operates at 18.5–18.7 GHz and 19.5–19.7 GHz; the two 64-element sub-arrays each achieve 24 dBi gain. Antenna is supplied with a radome and adjustable mount for wall or tower mounting.

	Application:	Designed to function as the base station transmit antenna for a 27 GHz point-to-multipoint communication system
	Type of Antenna:	Bicone Antenna
	Type of Customer:	Government and Commercial
	Details:	The antenna features an omni-directional 10 dBi gain over the 26.5–27.5 GHz band with a 10 W RF power handling capability. Antenna is supplied with a radome and mount for outdoor installation.

	Application:	Designed for an unattended ground sensor for radar detection
	Type of Antenna:	Symmetric Genetic Antenna
	Type of Customer:	Government and Commercial
	Details:	The antenna has a symmetric vertically-polarized monopole-like pattern across the frequency range. The antenna is small (<1.5" tall), and since the radiator is made from wire, it is efficient, lightweight and cost effective. Antenna is supplied with a radome and groundplane.

	Application:	Designed for SIGINT support, transmit applications up to 20W and multiband communication applications. Flight qualified.
	Type of Antenna:	Broadband Antenna
	Type of Customer:	Sub-Contractor
	Details:	Providing technical support for a state-of-the-art SIGINT system in the following areas: (a) program and configuration management; (b) documentation; (c) engineering; (d) development; (e) prototyping; (f) manufacturing; and (g) testing of flight-qualified antennas. Utilizing antenna design and modeling tools to accomplish this work, JEM is also exercising its rapid prototyping capabilities and antenna testing facilities.
	Application:	Designed to protect antennas from small arms fire and shrapnel impact.
	Type of Antenna:	Ballistic Radome
	Type of Customer:	Prime Contractor
	Details:	Provides the Army with continued research into the feasibility of low-cost, survivable ballistic antenna radomes. JEM is specifically researching materials, designs and fabrication processes needed to develop antenna covers referred to as radomes (a domelike shell transparent to RF radiation used to house a radar antenna) that can survive small-arms fire and shrapnel impact. Utilizing computational electromagnetic modeling tools as well as composite material and mechanical design tools for this effort.
	Application:	Designed for field-sensing or signal environment monitoring applications.
	Type of Antenna:	Broadband Sensor Antenna
	Type of Customer:	Sub-Contractor
	Details:	Providing Large Aerospace Prime with modeling, development, prototyping and testing of a specialized broadband sensor antenna. This unique antenna is required to provide constant omni-directional gain--independent of polarization--from 50 MHz to 2.5 GHz.
	Application:	Designed as a new technology for electronic beam steering.
	Type of Antenna:	Electronically sterrable array antenna
	Type of Customer:	Prime Contractor
	Details:	Provided NASA with research into the feasibility of low-cost, high-gain, electronically steerable array antennas. JEM specifically researched the application of a novel, patented technology for electronic beam steering, which was invented by JEM's chief engineer.
	Application:	Designed to facilitate the creation of smaller and lighter antennas.
	Type of Antenna:	Artificial Dielectric
	Type of Customer:	Prime Contractor
	Details:	Provided NAVAIR with research into the feasibility of light-weight, broadband communications, navigation and identification antennas for tactical Naval aircraft. Specifically researched the application of patented artificial dielectric material technology--invented by JEM's chief engineer--to antenna size and weight reduction.
	Application:	Designed to prove feasibility of ultra-thin antennas.
	Type of Antenna:	N/A
	Type of Customer:	Prime Contractor
	Details:	Provided the Naval Surface Warfare Center with research into the feasibility of very thin antennas and their integration onto aircraft and other vehicles (with maximum isolation between antennas and minimum vehicle coupling). Specifically researched the application of photonic bandgap, high-impedance surface technology.
	Application:	Various
	Type of Antenna:	Genetic Antenna
	Type of Customer:	Sub-Contractor
	Details:	Providing technical support in design engineering and modeling of space-flight antennas. JEM is utilizing antenna design and modeling tools to accomplish this work, particularly with JEM's unique capabilities in genetic algorithm optimization of antennas.
	Application:	N/A
	Type of Antenna:	N/A
	Type of Customer:	Sub-Contractor
	Details:	Providing technical support for classified systems in the following areas: (a) program and configuration management; (b) documentation; (c) engineering; (d) development; (e) prototyping; (f) manufacturing; and (g) testing of antennas. JEM is utilizing antenna design and modeling tools for this effort along with JEM's rapid prototyping capabilities and antenna testing facilities.

JEM-Building Partnerships & Solid Customer Relations