SS&MC Communication
High Technology Solutions for RF HPA & Subsystems
About Us
Founded in 2008, S&MC Communication is an industry leader in designing and manufacturing custom active and passive RF/ Microwave components.S&MC designs and manufactures high power RF amplifier modules from essentially DC to 20+ GHz with power levels from several watts to several kilo-watts. We employ different technologies to manufacture these modules to include GaN, LDMOS, GaAs and other device types to satisfy customer or internal requirements.RF Passive componens dedicated for Militray ( Ground ,Marine, Airborne Envoirnment ) such as Cavity Filter / Switch Bank FIlter RF Switch (SPDT/SP3T TO SP8T) .Switch Matrix for L/S Band
PRODUCTS
S&MC provide custom active and passive RF/ Microwave components.our HPA are available in both Broadband and Band-Specific frequencies.
Amplifiers:
Our broadband Amplifiers cover the frequency range from 10 KHz to 20GHz with power levels up to KW's. These advanced, ultra-broadband, linear amplifier systems were designed for Military and comercial application.
Filters:
Cavity filter duplexers and multiplexers. designs are available in the frequency range of DC to 40 GHz.
RF Switch / Switch Matrix
RF Switch Matrix Application. Multiple standard and customized switching configurations
Quality
S&MC aims to meet and exceed our customers' needs and expectations. We are committed to continuous improvement and in providing quality products and services to our customers and stakeholders.
Our goal is to have products and services which are deemed to be outstanding worldwide.S&MC holds the ISO9001:2008 accreditation maintaining the systems and processes relating to this standard as part of our everyday operations and culture
THE WORLD CAN BE YOURS!
Our goal at S&MC is to be a leader in designing and manufacturing custom active and passive RF/ Microwave components. S&MC technical team has experience in a wide-range of RF designs and implementations at both the component and system levels allowing them to expertly meet the demands of the most challenging environments.