Rogers Corporation (NYSE: ROG) is a global leader in materials technology and manufacturing. We lead the markets we serve with our diverse portfolio of cutting-edge, high-performance solutions.
Adoption of wireless technology for electronic devices worldwide continues to ramp up across a range of industries—and that trajectory is expected to remain strong and steady ...
Software design tools can shave the time and expense of multiple development iterations when striving for a first-round success or when making modifications to improve performance...
Interest in components, circuit materials, and test solutions for millimeter-wave frequencies looms large as the RF/microwave industry readies for two versions of the annual IEEE...
Utilizing measurement-based passive-component models within an electromagnetic simulator enables simulations that accurately predict measured performance.
Energy levels were high on the show floor of the 2019 IEEE IMS, as exhibitors reported on strong sales in defense and aerospace markets as well as for many mmWave devices.
During a time when defense electronics technology is strong, the industry readies itself for the global adoption of 5G and electronically steered vehicles.
Future automotive electronic safety systems based on radar and wireless communications will rely heavily on printed antennas, and circuit materials will play a key role in their...
As consumers clamor for the latest and greatest in wireless, it’s fueling a need for PCB antennas that can be easily mounted inside wireless communications products.
The RF/microwave industry was generally optimistic at the exhibition in anticipation of real opportunities for mmWave products in automotive and 5G markets.
A new configuration of composite right/left-handed metamaterial-based transmission lines were the building blocks for this novel triple-band compact resonator.
As the applications extrapolate for wireless devices and interest grows in millimeter-wave frequencies, the RF/microwave industry gathers together with great optimism for the ...
Circuit materials with the right blend of characteristics can provide foundations for PCB antennas with the low distortion needed for modern wireless communications systems.
These materials differ in their rigidity and various other characteristics, resulting in differences in how readily they can be transformed into high-frequency circuits.
This innovative asymmetric GaN HEMT Doherty amplifier provides both high power and high efficiency for cellular wireless base stations from 1.8 to 2.2 GHz.
These PTFE-based, ceramic-filled, glass-reinforced circuit materials provide cost-effective stable mechanical and electrical properties needed for mm-wave circuits.
