A power-efficient single-chip OFDM demodulator and channel decoder for multimedia broadcasting

Jos A. Huisken; Frank A.M. van de Laar; Marco J.G. Bekooij; Gerard C.M. Gielis; Paul W.F. Gruijters; Frank P.J. Welten

doi:10.1109/4.726579

A power-efficient single-chip OFDM demodulator and channel decoder for multimedia broadcasting

Jos A. Huisken, Frank A.M. van de Laar, Marco J.G. Bekooij, Gerard C.M. Gielis, Paul W.F. Gruijters, Frank P.J. Welten

Research output: Contribution to journal › Article › Academic › peer-review

9 Citations (Scopus)

Abstract

Large parts of Europe have the ability to receive high-quality digital audio broadcasting (DAB) programs, without distortion, in a mobile environment. This puts pressure on the availability of receivers, which are planned to appear on the market in 1998. For a consumer, not only audio is important: the DAB system allows any combination of audio, video, and data services to be transmitted with a total gross capacity of about 2.3 Mb/s. This paper describes a chip that makes it all possible, the ability to make low-cost receivers for audio, or a full featured video or data receiver. The 4.5-million-transistor mixed-signal device converts 40 MHz analog intermediate frequency and performs all signal processing needed to demodulate and decode a DAB signal to ISO-MPEG transport stream, including full receiver synchronization and deinterleaving using an embedded 0.5-Mb memory.

Original language	English
Pages (from-to)	1793-1798
Number of pages	6
Journal	IEEE Journal of Solid-State Circuits
Volume	33
Issue number	11
DOIs	https://doi.org/10.1109/4.726579
Publication status	Published - 1 Nov 1998
Externally published	Yes

Keywords

Decoding
Demodulation
Digital audio broadcasting (DAB)
Orthogonal frequency division multiplexing (OFDM)

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10.1109/4.726579

Cite this

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title = "A power-efficient single-chip OFDM demodulator and channel decoder for multimedia broadcasting",

abstract = "Large parts of Europe have the ability to receive high-quality digital audio broadcasting (DAB) programs, without distortion, in a mobile environment. This puts pressure on the availability of receivers, which are planned to appear on the market in 1998. For a consumer, not only audio is important: the DAB system allows any combination of audio, video, and data services to be transmitted with a total gross capacity of about 2.3 Mb/s. This paper describes a chip that makes it all possible, the ability to make low-cost receivers for audio, or a full featured video or data receiver. The 4.5-million-transistor mixed-signal device converts 40 MHz analog intermediate frequency and performs all signal processing needed to demodulate and decode a DAB signal to ISO-MPEG transport stream, including full receiver synchronization and deinterleaving using an embedded 0.5-Mb memory.",

keywords = "Decoding, Demodulation, Digital audio broadcasting (DAB), Orthogonal frequency division multiplexing (OFDM)",

author = "Huisken, {Jos A.} and {van de Laar}, {Frank A.M.} and Bekooij, {Marco J.G.} and Gielis, {Gerard C.M.} and Gruijters, {Paul W.F.} and Welten, {Frank P.J.}",

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AU - Huisken, Jos A.

AU - van de Laar, Frank A.M.

AU - Bekooij, Marco J.G.

AU - Gielis, Gerard C.M.

AU - Gruijters, Paul W.F.

AU - Welten, Frank P.J.

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AB - Large parts of Europe have the ability to receive high-quality digital audio broadcasting (DAB) programs, without distortion, in a mobile environment. This puts pressure on the availability of receivers, which are planned to appear on the market in 1998. For a consumer, not only audio is important: the DAB system allows any combination of audio, video, and data services to be transmitted with a total gross capacity of about 2.3 Mb/s. This paper describes a chip that makes it all possible, the ability to make low-cost receivers for audio, or a full featured video or data receiver. The 4.5-million-transistor mixed-signal device converts 40 MHz analog intermediate frequency and performs all signal processing needed to demodulate and decode a DAB signal to ISO-MPEG transport stream, including full receiver synchronization and deinterleaving using an embedded 0.5-Mb memory.

KW - Decoding

KW - Demodulation

KW - Digital audio broadcasting (DAB)

KW - Orthogonal frequency division multiplexing (OFDM)

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A power-efficient single-chip OFDM demodulator and channel decoder for multimedia broadcasting

Abstract

Keywords

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