Simultaneous implementation of Gigabit Ethernet, RF TV and radio mm-wave in a multiformat Home Area Network

Guillory, Joffray; Pizzinat, A.; Guignard, P.; Richard, Francis; Charbonnier, B.; Chanclou, Philippe; Algani, Catherine

doi:10.1364/ecoc.2011.we.7.c.3

Cited by 9 publications

(4 citation statements)

References 2 publications

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“…Telecommunication services such as broadband compressed and uncompressed high-definition (HD) video transmission in the 60 GHz electrical only [14]- [16] and combined 60 GHz fiber-wireless setups [17]- [22] have been recently reported. Advantages of the 60 GHz links for bandwidthdemanding applications include unlicensed operation in up to 9 GHz of spectrum depending on the national wireless spectrum regulations, availability of narrow-beam compact antennas, and a high level of frequency reuse [23].…”

Section: Introductionmentioning

confidence: 99%

Feasibility Study and Experimental Verification of Simplified Fiber-Supported 60-GHz Picocell Mobile Backhaul Links

et al. 2013

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We propose and experimentally demonstrate a fiber-wireless transmission system for optimized delivery of 60-GHz radio frequency (RF) signals through picocell mobile backhaul connections. We identify advantages of 60-GHz links for utilization in short-range mobile backhaul through feasibility analysis and comparison with an alternative E-band (60-90 GHz) technology. The 60-GHz fiber-wireless-fiber setup is then introduced: two spans of up to 20 km of optical fiber are deployed and bridged by up to 4 m of wireless distance. The 60-GHz radio-over-fiber technology is utilized in the first span of fiber transmission. The system is simplified and tailored for delivery of on-off keying data signals by employing a single module for lightwave generation and modulation combined with a simplified RF downconversion technique by envelope detection. Data signals of 1.25 Gb/s are transmitted, and a bit-error-rate performance below the 7% overhead forward-errorcorrection limit is achieved for a range of potential fiber deployment scenarios. A spurious free dynamic range of 73 dB-Hz 2=3 is attained for a frequency-doubling photonic RF upconversion technique. The power budget margin that is required to extend the wireless transmission distance from 4 m to a few hundred meters has been taken into account in the setup design, and the techniques to extend the wireless distance are analyzed.

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Section: Introductionmentioning

confidence: 99%

Feasibility Study and Experimental Verification of Simplified Fiber-Supported 60-GHz Picocell Mobile Backhaul Links

et al. 2013

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“…This interconnection is achieved by point-to-point multiformat links, conveying the different signals simultaneously thanks to the use of electrical and optical multiplexing. This solution has been demonstrated [1,2] and is close to industrial development. However, it could be only the first step as capacity and multiplexing possibilities remain limited on point-to-point links.…”

Section: Introductionmentioning

confidence: 69%

N × N Coupler Uniformity in a CWDM Passive Star Home Network Based on Multimode Fiber: A Time-Effective Calculation Method

Richard

Guignard²,

Pizzinat³

et al. 2012

J. Opt. Commun. Netw.

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Abstract-Optical fiber is the most appropriate medium able to meet future requirements in terms of capacity and heterogeneity in the home network. The advantages of a passive star architecture associated with wavelength multiplexing have already been reported. For lower-cost issues, multimode fiber would be preferred, but some problems were raised related to poor uniformity of the N × N multimode coupler when using the usual coarse wavelength division multiplexing sources. An original time-effective method is proposed, based on both simulation and calculation. Many results are provided, giving a better understanding of the behavior of the N × N coupler when different types of sources are used, also taking into account improvement techniques such as offset launching or mode scrambling.

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“…Since the RoF technology combines the advantages of the enormous bandwidth of the photonic technology and the flexibility of the wireless access technology, a lot of efforts have been directed to distribute the high data-rate RF signal over optical fiber [3][4][5][6]. Although the transmission of the RF signal with a 40 Gb/s data in a RoF link has been demonstrated [6], the highest data rate of the real time application, such as the HDTV services, tested in the RoF systems is less than 1.904 Gb/s (1080i) [7][8][9].…”

Section: Introductionmentioning

confidence: 99%

Transmission of 3-Gb/s uncompressed HD video in a optoelectronic-oscillator-based radio over fiber link

Tang

Pan

2013

2013 IEEE Radio and Wireless Symposium

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A radio over fiber system for transmission of 3-Gb/s uncompressed HD video is proposed and demonstrated. By using a polarization modulator (PolM) in the transmitter, the power fading caused by the dispersion of the optical fiber is effectively reduced. In the receiver, an injection-locked frequency-doubling optoelectronic oscillator (OEO) is employed to simultaneously extract the RF carrier and perform photonic microwave downconversion. The system features simple configuration, high performance and stable operation.Index Terms -Radio over fiber, video transmission, dispersion compensation, optoelectronic oscillator.

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Simultaneous implementation of Gigabit Ethernet, RF TV and radio mm-wave in a multiformat Home Area Network

Cited by 9 publications

References 2 publications

Feasibility Study and Experimental Verification of Simplified Fiber-Supported 60-GHz Picocell Mobile Backhaul Links

Feasibility Study and Experimental Verification of Simplified Fiber-Supported 60-GHz Picocell Mobile Backhaul Links

N × N Coupler Uniformity in a CWDM Passive Star Home Network Based on Multimode Fiber: A Time-Effective Calculation Method

Transmission of 3-Gb/s uncompressed HD video in a optoelectronic-oscillator-based radio over fiber link

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