POWER SAVING TECHNIQUES FOR BB-RF INTERFACE

Introduced here are techniques for reducing the average throughout of a baseband (BB)-radio frequency (RF) interface. The techniques include removing excess bits from a received signal based on the signal to noise ratio (SNR), rotating the reduced signal to direct current frequency, and applying a c...

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Main Authors YANG, Hong Kui, GENG, Jifeng
Format Patent
LanguageEnglish
Published 24.11.2022
Subjects
ELECTRIC COMMUNICATION TECHNIQUE
ELECTRICITY
WIRELESS COMMUNICATIONS NETWORKS
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Abstract Introduced here are techniques for reducing the average throughout of a baseband (BB)-radio frequency (RF) interface. The techniques include removing excess bits from a received signal based on the signal to noise ratio (SNR), rotating the reduced signal to direct current frequency, and applying a coding scheme to further compress the signal. After compression, the signal can be transmitted from one chip to another. The receiving chip can retrieve the signal by rotating the signal to its original frequency and retrieving the removed bits based uplink gain information. By doing so, the number of bits being transmitted is reduced and thus, the average throughput of the BB-RF interface is also reduced.
AbstractList Introduced here are techniques for reducing the average throughout of a baseband (BB)-radio frequency (RF) interface. The techniques include removing excess bits from a received signal based on the signal to noise ratio (SNR), rotating the reduced signal to direct current frequency, and applying a coding scheme to further compress the signal. After compression, the signal can be transmitted from one chip to another. The receiving chip can retrieve the signal by rotating the signal to its original frequency and retrieving the removed bits based uplink gain information. By doing so, the number of bits being transmitted is reduced and thus, the average throughput of the BB-RF interface is also reduced.
Author YANG, Hong Kui
GENG, Jifeng
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Snippet Introduced here are techniques for reducing the average throughout of a baseband (BB)-radio frequency (RF) interface. The techniques include removing excess...
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SubjectTerms ELECTRIC COMMUNICATION TECHNIQUE
ELECTRICITY
WIRELESS COMMUNICATIONS NETWORKS
Title POWER SAVING TECHNIQUES FOR BB-RF INTERFACE
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