Javascript must be enabled to continue!
OCDMA receiver with built‐in all‐optical clock recovery
View through CrossRef
A receiver that incorporates an all‐optical clock recovery approach for synchronisation suitable for use in incoherent OCDMA transmission is demonstrated. The developed solution was implemented and tested in a multiuser environment using the 2D‐WHTS coding scheme on incoherent OCDMA transmission with 2.5 Gbit/s data rate. The receiver with built‐in all‐optical clock recovery was tested by taking the BER for the received data when synchronised with the all‐optically recovered clock from the incoming OCDMA traffic and when an RF synthesiser was used to the generate the clock. Improvement of ∼7.5 dBm was observed with the all‐optical clock recovery approach. The related eye diagrams and the wavelength spectrum were also recorded.
Institution of Engineering and Technology (IET)
Title: OCDMA receiver with built‐in all‐optical clock recovery
Description:
A receiver that incorporates an all‐optical clock recovery approach for synchronisation suitable for use in incoherent OCDMA transmission is demonstrated.
The developed solution was implemented and tested in a multiuser environment using the 2D‐WHTS coding scheme on incoherent OCDMA transmission with 2.
5 Gbit/s data rate.
The receiver with built‐in all‐optical clock recovery was tested by taking the BER for the received data when synchronised with the all‐optically recovered clock from the incoming OCDMA traffic and when an RF synthesiser was used to the generate the clock.
Improvement of ∼7.
5 dBm was observed with the all‐optical clock recovery approach.
The related eye diagrams and the wavelength spectrum were also recorded.
Related Results
Contributions to optimal detection in OTDM and OCDMA optical receivers
Contributions to optimal detection in OTDM and OCDMA optical receivers
Recent developments in optical communication systems have increased the performance of optical networks. Low attenuation fiber optics, high spectral purity lasers and optical ampli...
Abstract 1729: Investigating deregulated circadian clock machinery in cancer cells
Abstract 1729: Investigating deregulated circadian clock machinery in cancer cells
Abstract
The circadian clock plays an integral role in cellular functioning by temporally controlling gene expression, and there is accumulating evidence for a li...
Design of high scalability multi-subcarrier rof hybrid system based on optical CDMA/TDM
Design of high scalability multi-subcarrier rof hybrid system based on optical CDMA/TDM
<span>The technology of radio over fiber (RoF) regard a crucial point to solve problems in wireless communication system. As well as, the growth of internet applications also...
Current therapeutic strategies for erectile function recovery after radical prostatectomy – literature review and meta-analysis
Current therapeutic strategies for erectile function recovery after radical prostatectomy – literature review and meta-analysis
Radical prostatectomy is the most commonly performed treatment option for localised prostate cancer. In the last decades the surgical technique has been improved and modified in or...
Evaluating Optical Clock Performance for GNSS Positioning
Evaluating Optical Clock Performance for GNSS Positioning
Atomic clocks are highly precise timing devices used in numerous Positioning, Navigation, and Timing (PNT) applications on the ground and in outer space. In recent years, however, ...
Performance enhancement of OCDMA systems for LAN consideration
Performance enhancement of OCDMA systems for LAN consideration
In this study, the performance of optical code‐division‐multiple‐access (OCDMA) systems using 2D optical codes, taking into account an optical channel in local area network context...
Method and Performance of Time Holdover for RT-PPT Receivers Utilizing on-line Estimation of Clock Parameters
Method and Performance of Time Holdover for RT-PPT Receivers Utilizing on-line Estimation of Clock Parameters
Abstract
Real Time Precise Point Timing (RT-PPT) receivers can achieve sub-nanosecond accuracy through precise clock offset estimation and receiver clock discipline. Howeve...
A Low Energy Clock Network with a Huge Number of Local Synchronized Oscillators
A Low Energy Clock Network with a Huge Number of Local Synchronized Oscillators
<div>A clock system for a huge grid of small clock regions is presented. There is an oscillator in each clock region, which drives the local clock of a processing element (PE...

