文件名称:HybridPON
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This paper proposes a power efficient optical access network architecture that reduces OLT power consumption. Several PON trees are aggregated thanks to waveguide optical
switches with nano second-order switching speed. The proposed network dynamically activates/deactivates OLT according to ONU
traffic load, and reduces OLT power use while maintaining transmission fairness. -This paper proposes a power efficient optical access network architecture that reduces OLT power consumption. Several PON trees are aggregated thanks to waveguide optical
switches with nano second-order switching speed. The proposed network dynamically activates/deactivates OLT according to ONU
traffic load, and reduces OLT power use while maintaining transmission fairness.
switches with nano second-order switching speed. The proposed network dynamically activates/deactivates OLT according to ONU
traffic load, and reduces OLT power use while maintaining transmission fairness. -This paper proposes a power efficient optical access network architecture that reduces OLT power consumption. Several PON trees are aggregated thanks to waveguide optical
switches with nano second-order switching speed. The proposed network dynamically activates/deactivates OLT according to ONU
traffic load, and reduces OLT power use while maintaining transmission fairness.
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001Hybrid Passive-Active Optical Access Network Architecture that Reduces OLT Power Consumption.pdf