6G Technology

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In the innovation age, technology advancements are always in development. The next generation of cellular technology will make huge improvements in bandwidth utilization, data delivery, and application enablement. We work with the community of innovators to help define 6G standards. It is expected that 6G will offer download speeds approaching 1 terabit per second, one micro-second latency, and unlimited bandwidth. 6G will enable ingenious ways for people to interact with their surroundings, including instantaneous communication, connected robotics and autonomous systems, and wireless artificial intelligent interactions. Building upon our leadership and expertise in 5G, we can help you make the vision of 6G a reality.

6G SUB-TERAHERTZ r&d TESTBED Demo

This demo showcases Keysight’s R&D wideband millimeter wave testbed which addresses the bandwidth and performance demands for 6G research. It features an arbitrary waveform generator (AWG) to generate a wideband intermediate frequency (IF) which is upconverted to the D or G-band. On the receive side, the signal is down-converted to a 4–6 GHz IF and digitized, then demodulated and analyzed with PathWave Vector Signal Analysis (VSA) software.

6G RESEARCH

As a founding member of the 6G Flagship Program, Keysight can help you with your groundbreaking 6G research.

Download the white paper to learn more about these areas:

6G design and test challenges
a new sub-terahertz testbed for 6G research
conducted sub-terahertz wide- and extreme-bandwidth measurement results
over-the-air sub-terahertz testbed measurements

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White Papers 2020.04.13

A New Sub-Terahertz Testbed for 6G Research

This white paper presents a new R&D sub-terahertz testbed for 6G research and discusses key considerations in optimizing system performance for extreme bandwidths.

2020.04.13

6G Sub-Terahertz R&D Testbed

Tackle emerging 6G R&D testing challenges

TEST YOUR 6G DESIGNS TODAY

This 6G sub-terahertz R&D testbed is flexible and scalable to address a multitude of frequency bands, frequency bandwidths, and waveform types. This flexibility allows you to tackle emerging 6G R&D testing challenges with up to 10 GHz of bandwidth at D-band (110-170 GHz) and G-band (140-220 GHz).

Applications include:

6G waveform prototyping and testing
6G sub-terahertz R&D hardware testing
6G wideband D-band (110-170 GHz) and G-band (140-220 GHz) signal generation and analysis