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Use single-mode fiber optic (OS2) to connect the core switch, supporting long-distance and high-speed transmission.
Deploy high-performance core switching devices (such as 40G/100G switches).
Adopting multimode fiber (OM4) and MPO high-density jumpers, supporting short distance high bandwidth requirements.
Add aggregation layer switches to optimize data traffic for devices in different regions.
Connect the server to the aggregation switch using fiber optic jumpers (LC/SC interfaces) to ensure low latency.
Deploy fiber optic patch panels to simplify cabling management.
OM4 multimode fiber: suitable for short distance connections within data centers, supporting 40G/100G transmission.
OS2 single-mode fiber: suitable for connecting devices across data centers or long distances.
10G/40G/100G QSFP optical modules, matching the upgrade needs of data centers.
Select modules that support CWDM/DWDM technology to optimize fiber resource utilization.
MPO module box: supports high-density cabling and simplifies cabling management.
High density distribution frame: facilitates centralized management of fiber optic jumpers and improves maintenance efficiency.
●Supports network speeds of 10G/40G/100G or even higher, ensuring high throughput and low latency in data centers.
●Fiber optic networks have strong resistance to electromagnetic interference, ensuring stable signal transmission.
●MPO high-density cabling modules and hot swappable optical modules simplify the expansion and upgrade process.
●Support seamless switching from multimode fiber to single-mode fiber to meet future demands.
●Redundant link design ensures that a single point of failure does not affect the overall operation of the network.
●High quality fiber optic cabling avoids network interruptions and data loss.
●High density cabling components significantly reduce the space occupied by computer room cabling and improve equipment deployment efficiency.
●Fiber optic networks have low power consumption and reduce long-term operating costs.
●The intelligent monitoring system can locate link problems in real time, reducing troubleshooting time.
●The patch panels and labels are clear and easy to read, reducing maintenance difficulty.
●Fiber optic cabling has a long lifespan and reduces replacement frequency.
●Use low-power devices to reduce energy consumption in data centers.
