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2013•Unpublished venueRequires access

FPGAs in software defined radio

Ravi Kishore Kodali, Lakshmi Boppana, G. Gayathri

Open publisher page 3 citations

Abstract

Software defined radio (SDR) technology has been gaining more prominence today as it is the design which includes very minimal hard-wired analog components and more software programmable functions. The reconfigurability of SDR enables this technology applicable across a wide range of areas within the wireless industry. The re-usability and flexibility of SDR depends on the FPGA it uses. This paper concentrates on how various components SDR are implemented using FPGA and also gives a note of comparison analysis of FPGAs offered by various vendors.

About this research paper

What this paper is about

Software defined radio (SDR) technology has been gaining more prominence today as it is the design which includes very minimal hard-wired analog components and more software programmable functions. The reconfigurability of SDR enables this technology applicable across a wide range of areas within the wireless industry. The re-usability and flexibility of SDR depends on the FPGA it uses. This paper concentrates on how various components SDR are implemented using FPGA and also gives a note of comparison analysis of FPGAs offered by various vendors.

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OpenAlex reports 3 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Software defined radio (SDR) technology has been gaining more prominence today as it is the design which includes very minimal hard-wired analog components and more software programmable functions. The reconfigurability of SDR enables this technology applicable across a wide range of areas within the wireless industry. The re-usability and flexibility of SDR depends on the FPGA it uses. This paper concentrates on how various components SDR are implemented using FPGA and also gives a note of comparison analysis of FPGAs offered by various vendors.

Key concepts: Reconfigurability, Software-defined radio, Field-programmable gate array, Flexibility (engineering), Computer science, Software, Embedded system, Wireless

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