New Generation of Optical NoC System with Wireless CDMA Architecture
-
Hichem Mrabet
and
Rabah Attia
Abstract
In this paper, a new generation of Network-on-chip (NoC) system with CDMA code is proposed. A Bipolar CDMA code is used to provide a good system performance and to reduce MAI. Two structures of a detector are employed, which are the PIN and the APD detectors, while putting into consideration thermal noise. On one hand, we are proving, in this work, that system performance can achieve a good BER value in optical context with an acceptable node number. On the other hand, system bandwidth can reach 16 Gbit/s with an acceptable SNR compared to wired architecture.
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©2015 by De Gruyter
Articles in the same Issue
- Frontmatter
- Effect of Raman Amplifier and Cyclic Prefix on O-OFDM System Using Phase Modulation
- All-Optical Switching in Ultrashort Photonic Crystal Couplers Modified Y-branch Structure
- Nonlinear Phase Shift due to Stimulated Brillouin Scattering in Strong Saturation Regime for Different Types of Fibers
- A Novel Weighted Energy Efficient Routing and Spectrum Assignment Algorithm in Flexible Optical Networks
- Reception of Polarization-Multiplexed QPSK Using Different Receivers with and without Differential Decoding
- RSOA-Based Full-Duplex WDM-PON for 20 Gbps Transmission in Two Channels Over a Long-Haul SMF Using External Modulation Scheme
- Physical Layer Impairment Model for CO-OFDM System Considering Amplified Spontaneous Emission and Four-wave Mixing
- Suppress the FWM by Increasing Channel Spacing and Chromatic Dispersion of Fiber in WDM System
- Performance Analysis of Advanced Modulation Formats at 40 Gbit/s for Single Channel and Multichannel
- Effect of Gain and Noise Figure on DPSK Modulated Long-haul Optical Communication System
- Effect of Optical Amplifiers on the Performance of SCM Radio over Fiber Systems
- New Generation of Optical NoC System with Wireless CDMA Architecture
- Intra-channel Cross-Phase Modulation Effect in Dispersion Compensated Single Channel Lightwave System with Negative Residual Dispersion
- Effect of Different Scattaring Technique on Higher Order Soliton
Articles in the same Issue
- Frontmatter
- Effect of Raman Amplifier and Cyclic Prefix on O-OFDM System Using Phase Modulation
- All-Optical Switching in Ultrashort Photonic Crystal Couplers Modified Y-branch Structure
- Nonlinear Phase Shift due to Stimulated Brillouin Scattering in Strong Saturation Regime for Different Types of Fibers
- A Novel Weighted Energy Efficient Routing and Spectrum Assignment Algorithm in Flexible Optical Networks
- Reception of Polarization-Multiplexed QPSK Using Different Receivers with and without Differential Decoding
- RSOA-Based Full-Duplex WDM-PON for 20 Gbps Transmission in Two Channels Over a Long-Haul SMF Using External Modulation Scheme
- Physical Layer Impairment Model for CO-OFDM System Considering Amplified Spontaneous Emission and Four-wave Mixing
- Suppress the FWM by Increasing Channel Spacing and Chromatic Dispersion of Fiber in WDM System
- Performance Analysis of Advanced Modulation Formats at 40 Gbit/s for Single Channel and Multichannel
- Effect of Gain and Noise Figure on DPSK Modulated Long-haul Optical Communication System
- Effect of Optical Amplifiers on the Performance of SCM Radio over Fiber Systems
- New Generation of Optical NoC System with Wireless CDMA Architecture
- Intra-channel Cross-Phase Modulation Effect in Dispersion Compensated Single Channel Lightwave System with Negative Residual Dispersion
- Effect of Different Scattaring Technique on Higher Order Soliton
