Global Partnerships & Integrations

Compass Technology Group is focused on taking innovative research to product. The company’s core focus is on material measurements. Compass Technology Group integrates Copper Mountain Technologies products into their systems with probes.

Diamond Engineering specializes in antenna measurements. The company integrates its products for mmWave measurements with Copper Mountain Technologies’ CobaltFx Frequency Extension System. Diamond Engineering designs and manufactures antenna measurement systems, RF power amplifiers, and custom measurement software. Diamond Engineering has over 25 years in the Microwave/ RF industry and utilizing state of the art technology and precision components.

For over 40 years, Farran Technology has been on the leading-edge of mmWave development.  Serving emerging and mature markets, covering Test & Measurement, Radar & Imaging, Communications, Research, and Aerospace.  Farran offers a wide range of Test & Measurement systems such as VNA Extenders, Noise Figure Analyzer, and Frequency Extension Sources from 40 GHz to 500GHz.  Farran also offers Waveguide based components, which include Amplifiers, Detectors, Frequency Converters, Mixers, Multipliers, and Gunn Oscillator Sources.

Since 1988, Focus Microwave Group has been a key supplier of advanced Load Pull and Noise Tuner Systems. Copper Mountain Technologies instruments work with the company’s load pull systems.

Maury Microwave partners with Copper Mountain Technologies to deliver calibration, measurement, and modeling solutions. Copper Mountain Technologies’ instruments work with Maury Microwave’s load pull system.

SPEAG’s electromagnetic antenna products are compatible with Copper Mountain Technologies instruments. SPEAG’s mission is to expand and strengthen its position as the leading developer and manufacturer of the most reliable, efficient, user-friendly, and advanced numerical tools and instrumentation for the accurate evaluation of electromagnetic near- and far-fields from static to optical frequencies.

AMCAD delivers best-in-class Measurement, Modeling, and Design solutions for microwave components, circuits, and RF sub-systems. At every stage of the product lifecycle, we also deliver critical services needed to ensure the greatest optimization of your design performances, while reducing the time-to-market.

The Howland Company was founded in 1975. In the early years, the company’s primary business was the design of microwave point-to-point communications systems. Customers included MCI, Indiana Bell, and Southern Pacific Communications, which is now Sprint. The advent of satellite communications and fiber optic cables has dramatically reduced the need for high density, long-haul point-to-point microwave transmission systems, but there are still many cases where point-to-point microwave links are the best choice.

The Microwave Vision Group (MVG) has developed a unique expertise in the visualization of electromagnetic waves. These waves are at the heart of our daily lives: Smartphones, computers, tablets, cars, trains, and planes — all these devices and vehicles would not work without them. MVG offers systems that allow for the visualization of these waves, while evaluating the characteristics of antennas, performing EMC tests, and helping speed up the development of products using microwave frequencies.

Optenni Ltd. develops the leading professional matching circuit synthesis and optimization software Optenni Lab™ for solving all matching problems in the RF chain within wireless devices. Optenni Lab can optimize broadband, multiband, multiport, and tunable matching circuits for antennas, filters, amplifiers, switches, tuners, and other RF components.

AnTune Design’s measurement software delivers live optimized network matching results based on live data feed from a VNA or by importing S-parameters from file. Its main focus is to improve embedded antennas and SMD RF filter performance. Their software runs on PC/Windows and can communicate with a vector network analyzer over GPIB/USB/LAN for automatic design optimizing.