ERZIA COMPLETES THE SALE OF THE SANTANDER TELEPORT TO FMC GLOBALSAT
Posted: Monday, July 4, 2022
ERZIA Completes The Sale of the Santander Teleport to FMC Globalsat and Shifts Focus to its Microwave and Maritime Business
News
ERZIA Showcases Their Space Heritage and High Performance Products During EuMW
Posted: Monday, April 11, 2022
Microwave Journal Media Director, Pat Hindle, talks with Erzia Managing Director, David Diez, about their space heritage and various product offerings from amplifiers to integrated assemblies at EuMW 2021 in London.
INNOVA 2021 Program
Posted: Thursday, March 24, 2022
Cantabria´s government for innovation, industry, tourism and commerce office, in collaboration with the European Union, continue supporting ERZIA Technologies through INNOVA 2021 program to promote the technological development, innovation and quality research for the design, development and manufacturing of K-band Front End composed of three different sub-modules: one receptor down-converter from Ka to X band, one transmitter up-converter from X to Ka band and an oscillator to generate and distribute the conversion signal in the converters mentioned.
ERZIA RECEIVES MULTI-YEAR ORDER FROM INDRA FOR INTEGRATED MICROWAVE ASSEMBLIES FOR THE NEW CLASS OF SPANISH F-110 FRIGATES
Posted: Tuesday, February 15, 2022
ERZIA is set to deliver several integrated microwave assemblies to Indra, designed for electronic warfare purpose, under a multi-year contract between both companies. The different types of modules have been designed to comply with the specifications of the new F-110 frigate’s EW electronic systems for the Spanish Navy.
DISCOVER OUR NEW PRODUCTS IN THE ERZIA PRODUCT GUIDE
Posted: Wednesday, January 12, 2022
We are excited to announce the latest release of the ERZIA Product Guide. The current lineup of ERZIA products includes some of the most robust LNAs and HPAs listed by bandwidth, several new Microwave Assemblies, and a brand new line up of MW and RF Suspended Substrate Filters.
SUSPENDED SUBSTRATE STRIPLINE FILTERS OFFER OPTIMAL SELECTIVITY VS. MICROSTRIP, DIELECTRIC STRIPLINE, OR CAVITY FILTERS
Posted: Tuesday, November 23, 2021
In a recent Tech Brief published by ERZIA, we explore the various advantages offered to microwave circuit and assembly designers by air cavity based, suspended substrate stripline filters (SSSFs).
ERZIA´S AMPLIFIERS SUPPORT FOCUS MICROWAVES TESTING SYSTEMS
Posted: Friday, October 29, 2021
Test & Measurement equipment are essential to characterize and test the parameters required to generate reliable and accurate measurements of devices from R&D to full production stages. This equipment is widely used in environments from laboratories in universities to large companies working in the RF industry. Developers of test equipment and new measurement techniques must keep pace with innovative technologies.
Advantages of Suspended Substrate Stripline Microwave Filters
Posted: Tuesday, October 26, 2021
Filters are key components in any RF/microwave system. From mobile networks to the most sophisticated military RADAR, every single device needs at some point to select or reject specific frequencies of the RF spectrum.
ERZIA TO EXHIBIT AT AOC EUROPE IN BOOTH B14
Posted: Wednesday, October 6, 2021
ERZIA Technologies, a full-service RF/microwave amplifier and integrated assembly company delivering COTS solutions for high-performance/high frequency applications, is pleased to announce that we will be exhibiting in person in booth B14 at the upcoming Association of Old Crows (AOC) Europe Conference and Exhibition in Liverpool, UK October 12th-13th, 2021.
WARRIOR RF’S SYNTHESIZERS GAIN AN UPPER HAND WITH ERZIA’S SUSPENDED SUBSTRATE FILTERS
Posted: Monday, October 4, 2021
RF Synthesizers are critical instruments in many RF/microwave systems. From test laboratories to the most advanced communication platforms, they’re depended on to be stable and reliable frequency sources. As Software Defined Radio (SDR) and next-generation digital technologies are also evolving and enabling innovative approaches to generating RF signals with more complex RF modulations, the reliability of a high-performance synthesizer becomes even more critical.
