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RF design tools comprise a multitude of features built into software simulation tools,
hardware prototyping tools, and evaluation boards. Even Gerber files can be considered a
tool. Not surprisingly, spectrum analyzers remain valuable in 5G designs, along with filters,
splitters, amplifiers, calculators, monitors, frequency counters, and the like. Tools that help
with integration are particularly important because of complex system designs, areas of
design specialization needed, block-level development, and the need for all aspects to
integrate cleanly and efficiently.
Simulation tools are setting the pace for 5G design. Meanwhile, 5G devices require more
complex circuitry, antennas, and other components that need to fit into small form factors.
The use of massive MIMO, microwave and mmWave transceivers, FPGAs, data converters,
high-power/low-noise amplifiers, and other technologies make tool selection and use
even more complex.
Design Tools Further Hinder the
Engineering Process
Chapter Five
Design Tools Further Hinder the Engineering Process
" Sometimes the issue is
not that 5G simulation
and testing are harder;
it's about where to
start. MATLAB's 5G
Toolbox helps map
your signal into the 5G
frame structure, and
the MATLAB antenna
toolbox helps simulate,
test, and visualize the
antenna coverage."
Stephanie Liao
B5G/6G Research and PoC Engineer,
MediaTek
"ADI is providing higher levels of support so RF design engineers
don't have to reinvent the wheel. That is a big, big time-saver."
Steve Ahern
Staff Applications Engineer, Analog Devices
