EM Research, Inc.

EM Research, Inc. manufactures a complete line of frequency synthesizers and phase-locked oscillators to cover any aspect of the extreme breadth of microwave and signal source applications. From Narrowband LO's, to Multi-Octave, to Extreme Broadband, EM Research has a solution to cover any specific requirements. Offering a semi-custom design process allows our customers to tailor the necessary products to their specific performance needs. EM Research's state-of-the-art facility enables the production of signal sources that meet the demands of the military and other high-reliability applications. Take a look at the versatility of EM Research's products!

Avionics

Air and space applications require design concepts that are lightweight, highly reliable, and possess extreme vibration tolerance. EM Research adheres to stringent testing to ensure our products meet or exceed the requirements of the heightened demands of the avionics and aerospace industries.

Broadband

Existing and emerging broadband markets require innovative designs with excellent frequency resolution, ultra-low phase noise and low power consumption. EM Research offers a variety of high performance signal sources that meet these requirements.

Cellular Infrastructure

The fast paced shift to a wireless world has increased the demand for high performance and reliable signal sources in cellular infrastructure. We manufacture an extensive line of products that are perfect for a wide range of cellular applications that require ultra-miniature and wide-band frequency range designs.

Commercial

EM Research manufactures high performance, ultra-miniature, cost-effective frequency synthesizers for any application. These multiple use products are also available in high-volume, tape-and-reel packaging.

Military

Military and High-Reliability applications yield some of the most demanding requirements in signal source design. EM Research has maintained compliance with military standards and offers frequency synthesizers with exceptional high vibration tolerance, low phase noise, and robust designs for extreme environmental conditions.