Low-latency and Energy Efficient Technologies for New Optical
Abstract NTT laboratories are engaged in the research and development of technologies to overcome increasing data volume, power consumption, and network delay. This article introduces the
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Abstract NTT laboratories are engaged in the research and development of technologies to overcome increasing data volume, power consumption, and network delay. This article introduces the
This study not only presents a new model for designing all-optical switch with outstanding performance, but also provides the possibility for further practical use of all-optical switch, while
The most important energy management and power-saving methods for Optical Line Terminals (OLTs) and Optical Network Units (ONUs), as key OAN components, are overviewed in
Network equipment manufacturers have to deliver higher-quality products faster and more efficiently, and they need more reliable test results and increased testing efficiency. POLATIS optical circuit
The Passive Optical Network (PON) has been evolving continuously in terms of architecture and capacity to keep up with the demand for high-speed Internet access in the access network segment.
Pluggables permit to avoid energy-hungry interfaces as transponders, thus reducing the power consumption of the network. However, the use of pluggables is limited by a shorter optical reach.
We propose an efficient energy-saving scheme by dividing the optical network units (ONUs) into groups composed of one master-ONU (M-ONU) and several slave-ONUs (S-ONUs).
ABSTRACT In order to reduce power consumption among optical networks power saver method is used. The technique of reducing power consumption had been widely used in wireless networks.
We analyze the performance of our proposed solution in terms of a new qualitative time diagram between sender and receiver, network hop count, energy utilization, link utilization, network
To address the explosion in datacenter-related traffic, introducing optical circuit switches to datacenter networks is a promising solution given its low power consumption and control
Software defined passive optical network (SPON) architecture is designed with OpenFlow protocol extension in this paper, based on which a novel energy-efficient control strategy is proposed
The key current challenges for the industrial application of all optical switching networks are energy consumption, transmission rate, spectrum efficiency, and switching throughput. The energy
Solutions for Saving Energy in Passive Optical Networks This section provides a classification of the solutions proposed so far by standardization authorities (i.e., ITU-T and IEEE), industry, and
A control architecture for energy-efficient all optical switching networks is built with OpenFlow based software defined networking (SDN), and experimental results are given to verify the
Conclusion As telecom networks and data centers evolve, testing of more complex configurations at higher speeds is critical for system-wide deployment. The introduction of optical circuit switching can
The optical switch played a part in this, coinciding with the advancement of communication systems and the growing demand for networks that carry data fast and efficiently.
Passive optical networks (PONs) are a preferred technology for implementing fiber-to-the-home networks. Though PONs minimize power consumption compared to digital subscriber loops (DSL),
Request PDF | Power saving mechanism and performance analysis for 10 Gigabit-class passive optical network systems | In this paper, we characterize the energy-saving scheme for the 10
Energy efficiency is important for optical networks in terms of scalability, low-cost operation, and sustainability. At the same time, optical networks play an important role in enabling energy efficiency