FUTURES EXPO SERIES
Microwave and Millimetre Wave ( MMM ) Laboratory
Harnessing the electromagnetic energy for wireless communications for security and defence applications
Research Project
Following the global trend , Australians rely on wireless communication daily . Due to spectrum congestion , communication industries continuously encounter drastic market , security , and regulatory demands in both the commercial and defence sectors . MMM laboratory can bring advancements in devices that respond to these demands , relying on unprecedented technological development .
The UNSW lab commercialises groundbreaking technologies that allow optimised modern microwave and millimetre-wave devices enabled by combinations of metal and dielectrics never before possible . The laboratory uses state-of-the-art design models , artificial intelligence , and mathematical techniques to determine the optimised devices for precision and higher frequency utilisation for larger bandwidth and interference immunity .
Extensive trials revealed that the MMM prototypes achieve consistent size , volume , and cost reductions for performant improved electrical responses , potentially increasing the features of the defence & security products and their deployment anywhere and anytime .
MMM laboratory develops market-ready , fully integrated prototypes of high-performance systems that are waiting to be fieldexperienced in applications .
Key capabilities
> Passive microwave and millimetre wave devices , such as switches , switch matrices , filters , and antennas for wireless communications in different technologies
Differentiators
> Radio Frequency Micro Electromechanical technology-based microwaves and millimetre wave devices
Key customers > Wireless communications , commercial and defence sectors
unsw . to / rodica-ramer
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