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The rapid development of network infrastructure demands high Quality of Service (QoS), especially in Metro Ethernet networks widely utilized by telecommunication service providers. A primary challenge is efficient bandwidth management to ensure network stability and performance. This research aims to optimize bandwidth management by implementing the Y.1731 method based on Ethernet Operations, Administration, and Maintenance (OAM) on Raisecom devices. The methodology employed is a quantitative experimental approach based on technical simulation within an Professional Network Emulator Tool Lab (PNET Lab), where real-time network performance measurements are conducted using the ITU-T Y.1731 protocol for key parameters such as delay, jitter, and packet loss on Raisecom devices (represented by Cisco routers). The expected outcomes include increased efficiency in bandwidth utilization through more adaptive allocation, comprehensive and accurate real-time network performance monitoring capabilities, validation of OAM functions on Raisecom devices, improved Quality of Service (QoS) and better Service Level Agreement (SLA) attainment, and the provision of technical recommendations for network management. The implementation of Y.1731 is anticipated to quickly detect and respond to service degradation, thereby providing a strong basis for decision-making in network management and contributing to the enhancement of service quality in Metro Ethernet networks through optimization based on proactive monitoring.

Metro ethernet is an ethernet-based high-capacity data network solution service that provides flexibility, simplicity and quality of service (qos) to business customers of internet service providers (isp) and other licensed service providers (olo). Ethernet has speeds of up to 10 gbps and with distances of tens or even hundreds of kilometers. The method used in writing this journal is to use the literature review method, namely the method used is the result of an analysis of various previously published scientific article information. Utilization of metro ethernet in its benefits, namely managing risk intelligently, in its management functioning and running independently, namely utilization for each operational, functional and administrative. Reliability, in operation metro ethernet will detect and track discovery to report that it is in a connection failure situation in its performance measurement. Flexibility, support for various services and transportation. Cost-efficiency, simple and highly maintainable metro ethernet network scalability, supports speeds up to 10 gbps. This research was made to find out more about the uses of the metro ethernet network and the configuration on metro ethernet.