Multiband Radio Frequency Interconnect (MRFI) Technology For Next Generation Mobile/Airborne Computing Systems

The aims of this two-phase research program were to analyze, model and realize a multiband radio frequencyinterconnect technology (MRFI) to enable high scalability and re-configurability for inter-CPU/Memorycommunications with an increased number of communication channels in the frequency-domain and...

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Bibliographic Details
Main Authors: Chang,Mau-Chung F, Cho,Wei-Han, Du,Jieqiong, Du,Yuan, Lee,Sheau J, Li,Yilei, Wong,Chien-Heng
Format: Report
Language:English
Subjects:
amplitude modulation
bandwidth
central processing units
communication channels
complementary metaloxide semiconductors
demodulation
digital signal processing
energy efficiency
fabrication
field programmable gate arrays
frequency allocation
frequency bands
frequency domain
frequency-domain multiplexing
high performance computing
memory
modulation
multiband
multiband radio frequency interconnect
radio frequency
Radiofrequency Wave Propagation
RF interconnect
semiconductors
waveform generators
waveforms
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Summary:The aims of this two-phase research program were to analyze, model and realize a multiband radio frequencyinterconnect technology (MRFI) to enable high scalability and re-configurability for inter-CPU/Memorycommunications with an increased number of communication channels in the frequency-domain and reduced number ofphysical pads/wires to accomplish higher effective bandwidth, superior energy efficiency (in terms of energy/bit) anddecreased size/area of both silicon (on-chip) and PCB (off-chip) for future mobile and airborne computing systems.