Universiti Teknologi Petronas (UTP)

WEBSITE

www.utp.edu.my

Chained-Function Waveguide Filter for 5G and Beyond

To support the tremendous demands on mobile data traffic, researchers are motivated to overcome the global bandwidth shortage by exploring the under-utilised millimetre-wave frequency spectrum.

A millimetre-wave communication system has a large bandwidth, which can be exploited to provide a fast data transfer rate up to multi-gigabits per second. However, as millimetre-wave filters operate in a higher frequency band, they are highly sensitive to component value variations, resulting in complex and expensive manufacturing processes. The Chained-Function Waveguide Filter offers a robust and compact filter with reduced sensitivity to manufacturing errors, providing a low-cost and reliable solution to achieving sustainable filter synthesis for 5G and beyond.

Universiti Teknologi Petronas (UTP)

WEBSITE

www.utp.edu.my

Chained-Function Waveguide Filter for 5G and Beyond

To support the tremendous demands on mobile data traffic, researchers are motivated to overcome the global bandwidth shortage by exploring the under-utilised millimetre-wave frequency spectrum.

A millimetre-wave communication system has a large bandwidth, which can be exploited to provide a fast data transfer rate up to multi-gigabits per second. However, as millimetre-wave filters operate in a higher frequency band, they are highly sensitive to component value variations, resulting in complex and expensive manufacturing processes. The Chained-Function Waveguide Filter offers a robust and compact filter with reduced sensitivity to manufacturing errors, providing a low-cost and reliable solution to achieving sustainable filter synthesis for 5G and beyond.

About the
Designers

About the Designer