Circuit materials for
the next generation of
The next generation of
is the Fifth Generation (5G).
5G will have much faster data rates, much higher capacity,
much lower latency and much higher connection density.
It will enable many new use cases, such as 4K/8K video,
AR/VR, industry robots, remote diagnostic, autonomous
driving cars, and billions of Io T connections across
various vertical industries. 5G will far outperform current
4G LTE-A networks, but the transition to 5G will require
more advanced RF components to operate across low,
mid and high frequencies. These RF components start
with high-performance circuit materials from Rogers
For circuits from 600 MHz up to mm Wave
Rogers has you covered with circuit materials for
next-generation 5G components, including massive
MIMO antennas and GaN-based high-power-density
amplifiers. Wireless network circuit designers have
trusted in Rogers’ high-performance circuit materials
for nearly 30 years, since the earliest 1G analog
systems to present-day 4G LTE-A systems.
Rogers Materials for Circuits from 600 MHz up to mm Wave
Notes: Dk and Df are both measured at 10 GHz.
Material Dk Df Features
AMPLIFIERS /MICRO WAVE RADIOS
RO4350B™ 3.48 0.0037 Processes Like FR- 4. Integrated Thin-film Resistors
RO4835™ LoPro® 3.48 0.0037 High Oxidation Resistance
RO4360G2™ 6.15 0.0038 Enables Circuit Size Reduction
RO3003™ 3.00 0.0010 Lowest Loss
CLTE-MW™ 3.05 0.0015 Low Loss, Thin
TC350™ 3.50 0.0020 High Thermal Conductivity For High Power Handling
AD255C™ 2.55 0.0014 Low PIM, Cost Effective Solution
AD300C™ 2.97 0.0020 Low PIM, Cost Effective Solution
RO4730G3™ 3.00 0.0029 Low PIM
RO4533™ 3.30 0.0025 High Thermal Conductivity For High Power Handling USA - AZ, tel. +1 480-961-1382
EUROPE - BELGIUM, tel. +32 9 235 3611
We've got you covered for 5G!
— from 600 MHz up to mmWave