Enterprises and institutions set up Ethernet all-optical networks
Publish Time: 2024-11-27
Enterprises and institutions use Ethernet all-optical FTTD to set up network systems, which has the following advantages:I. Network performance1. High bandwidth and low latency: Ethernet all-optical network FTTD uses optical fiber as the transmission medium, providing up to 1GE, 2.5GE, and 10GE ports to meet the high-speed transmission requirements of large amounts of data such as high-definition images and video conferencing, while ensuring low latency and improving user experience.2. Exclusive bandwidth: The architecture is point-to-point optical fiber, and each workstation does not need to split the light, avoiding network congestion caused by shared bandwidth and ensuring smooth network operation, especially when multiple terminals are used at the same time.II. Operation and maintenance management1. Unified protocol and easy to use: Pure Ethernet protocol, the same as common network technology. Technical personnel do not need to re-learn the Ethernet protocol, reducing the difficulty and cost of operation and maintenance, while supporting multi-network convergence SDN, realizing full-link intelligent operation and maintenance, and plug-and-play terminals.2. Fast fault location: Optical link diagnosis enables the cloud computing platform to quickly locate the source of the fault even when the physical line is disconnected, reducing the time for troubleshooting the network, reducing network failures, and improving operation and maintenance efficiency.III. High cost performance1. Reduce construction costs: Although the equipment procurement cost is high, the optoelectronic hybrid cable can realize remote centralized power supply, reduce the cost of local power equipment and wiring, and the one-fiber FTTD fiber-to-the-desktop deployment mode can also reduce the network construction cost by about 30%, further saving expenses.2. Low long-term operation and maintenance costs: The network architecture is simple and clear, and the entire optical fiber link is passive, which reduces the maintenance workload and fault points of active equipment and reduces long-term operation and maintenance costs.IV. Safe and reliable1. Stable data transmission: The optical signal is not susceptible to electromagnetic interference and has strong anti-interference performance, which ensures the stability and integrity of data transmission and the safety and reliability of network data. It is especially suitable for enterprises and institutions with high requirements for data accuracy.2. High reliability: The core equipment supports redundant configurations and link aggregation such as dual power supplies, multiple main control boards, and uplink aggregation to improve network reliability and ensure stable network operation.V. Expansion flexibility1. Convenient expansion: The remote fiber optic transceiver (switch) has a fiber 2/4/8-port pass-through port, which can be quickly expanded as needed to meet the needs of future business growth and user increase of enterprises and institutions without large-scale network infrastructure transformation.2. Full-scenario adaptation: Supports multiple installation methods such as wall-embedded 86-type bottom box, wall-mounted 86-type bottom box, and desktop 86-type bottom box, adapting to different places and environments, and meeting the diverse network deployment needs of enterprises and institutions.
