‘ Oku fe‘ungamālie ‘ a e kakale fiber ‘ o e OM4 ki he ngaahi tu‘unga pau kehekehe, ‘ o kau ai ka ‘ oku ‘ ikai fakangatangata ki aí:

‘ Oku fe‘ungamālie ‘ a e kakale fiber ‘ o e OM4 ki he ngaahi tu‘unga pau kehekehe, ‘ o kau ai ka ‘ oku ‘ ikai fakangatangata ki aí:

Www.Faka‘ilongacable.cn

1. **Data Center Interconnection**: Within data centers, OM4 Kāpe fibe opitikís can be used to connect servers, storage devices, switches, etc., supporting high-speed data transmission to meet the demands of large-scale data processing and storage.

2. **Enterprise Networking**: LAN (Local Area Network) and WAN (Wide Area Network) connections within enterprises, such as interconnections between office buildings, different branches in different geographic locations, can utilize OM4 Kāpe fibe opitikís for high-speed data transmission.

3. **Campus Networking**: Network connections within university campuses, including connections between colleges, libraries, student dormitories, etc., which require support for simultaneous access by a large number of users and high-bandwidth data transmission, are suitable for OM4 Kāpe fibe opitikís.

4. **Video Transmission**: In applications such as surveillance systems, video conferences, digital entertainment, etc., OM4 Kāpe fibe opitikís can transmit high-definition video and audio signals to ensure clear images and sound quality.

5. **Industrial Control and Automation**: In areas such as factory automation, smart manufacturing, etc., OM4 Kāpe fibe opitikís can be used to connect various sensors, actuators, and controllers to achieve real-time data transmission and equipment control.

6. **Smart City**: In the construction of smart transportation, smart energy, smart environmental protection, etc., OM4 Kāpe fibe opitikís can be used to connect various sensors, monitoring devices, and data centers to support the collection, transmission, and processing of urban data.

In summary, OM4 Kāpe fibe opitikís are suitable for various transmission scenarios, especially those requiring high-speed, high-bandwidth, long-distance transmission, and high signal quality.