“When expanding wireless networks and improving receiving stations, you have to ensure quality performance, stability and reliability,” said Alexander Post, Market Manager RF Automotive at HUBER+SUHNER. “Our new technology is almost lossless, making a real difference by providing the critically strong signal strength that higher loss PCB antennas cannot offer.”
In addition to automotive solutions at its booth (#118), HUBER+SUHNER will demonstrate its expertise in Test & Measurement, showcasing the newly launched SUCOFLEX 526V and 526S assemblies.
Not only are these assemblies extremely flexible and easy to use, thanks to their unique design, they also deliver best-in-class phase and amplitude stability with flexure, movement, temperature and tensile stress.
HUBER+SUHNER RF-energy experts will also be on hand to discuss the company’s latest RF-technology and how using solid-state generated and amplified RF-power brings a completely new user experience to applications such as cooking and mass production processes.
“Connectors and cables used in the communications industry are often not the perfect solution for RF-energy appliances,” said Hannes Grubinger, Market Manager at HUBER+SUHNER. “To gain key features such as mechanical freedom and low losses, a launcher structure is very useful and cost effective, especially when implemented with injection molded metalised parts and alternative structures.”
HUBER+SUHNER has more than 25 years’ experience in designing and manufacturing state-of-the-art microwave components that offer outstanding electrical and mechanical performance.
With numerous successful projects worldwide and a broad portfolio of safe, high-quality connectivity solutions in radio frequency (RF), fibre optic, and low and high voltage technology, HUBER+SUHNER is well placed to demonstrate its extensive expertise at EUMW 2017.
Visitors of the European Microwave Week can discover more about the HUBER+SUHNER range of high-quality connectivity solutions at Booth 118, Nurnburg Convention Centre, Nuremburg, Germany, October 8-13.