LCG will be exhibiting at Satellite, booth 2633 and at IMS, booth 722
THREE MARKETS, ONE FOCUS.
A global leader in communications technology Linearizer Communications Group specializes in custom distortion solutions for ground and space qualified satellite applications as well as RF on fiber photonic systems.
LINEARIZER COMMUNICATIONS GROUP
For over three decades Linearizer Technology has improved the performance of satellite systems through the linearization of RF amplifiers for commercial and government applications. Linear Photonics is the market leader in the development of analog photonic systems for transmission and signal processing applications for government and civilian markets. Linear Space Technology develops space qualified linearizers and solid-state amplifiers. The three companies now operate as divisions of the Linearizer Communications Group (LCG) reflecting their ability to bring the resources of the entire organization to address customer’s needs.
LCG products are in service in both commercial and government applications. Linearizers users include TWTA, Klystron, MPM and SSPA amplifier manufacturers, satellite system operators, major teleports, for GPS, PCS, cellular and radar applications. Analog photonic systems have been deployed for GPS, PNT and antennae remoting applications for both commercial and government systems.
Providing state of the art microwave photonics design and manufacturing for communications, signal remoting and sensors.
A BRIEF HISTORY
30 YEARS OF EXPERIENCE
Founded in 1991, Linearizer Technology, Inc., a division of Linearizer Communications Group, was founded by Dr. Allen Katz, a professor of Electrical/Computer Engineering at The College of New Jersey. With more than 25 years of experience in the microwave and communications industries, Dr. Katz incorporated Linearizer Technology, together with several of his former top students.
In 2004, to meet the exponentially growing demand for communications and information technologies, Linearizer Technology, Inc. expanded operations and created Linear Photonics, LLC (LP) to design and manufacture linearized photonic communications links. The LP strategy is to focus on core technical competency while applying it at a customer-focused level of integration. LP satisfies a wide range of market requirements in both commercial and military applications.
Two years later, Linear Space Technology (LST) was formed specifically to address the flight segment need for linearizers, linearized driver amplifiers and solid-state power amplifiers. LST incorporated and quickly received its first contract to provide flight hardware. LST maintains fully separate inventory, clean room manufacturing, MRB and inspection locations to ensure rigorous space-level tracking, documentation and manufacturing.
All three of our technology divisions Linearizer Technology, Linear Photonics and Linear Space Technology have been ISO Certified since 2007. Thousands of LCG linearizers are in service in the USA, in-flight, in-orbit and throughout the world in commercial and government applications. Thousands of analog photonic links have been deployed in both commercial and government facilities.
HAMILTON, NEW JERSEY
OUR SINGLE LOCATION
HOUSES ALL ENGINEERING,
Developing Products in
Communications, GPS, Avionics, Test Distribution and Sensors.
- 20,000+ Linearizers in the Field
- 100 Linearizers + SSPAs in Orbit
- Linearized Block Up Converters (LBUC) for Commercial & Government Programs
- New Wide Bank Adaptive Linearizers
- The World’s First Linearized UHF GaN SSPA for Space
- High Rel Flight Manufacturing
- First 10 MHz to 50 GHz Optical Links
- Thousands of Optical Links Deployed in Harsh Environments
Our company-owned 25,750 sq. ft facility features a Class 10,000 cleanroom that supports capabilities such as wire bonding, ribbon welding, die-attach, microelectronic, fiber alignment and optical assembly. Linearizer Communication Group’s facilities and equipment support fiber alignment, fiber fusion, splicing and connectorization, thermal testing, thermal vacuum and vibration test capabilities. We perform vector measurement capability >100 GHz, optical and microwave spectrum analysis and optical O/E, E/O network testing. Our state-of-the-art R&D installation also includes a dedicated space-level manufacturing center.