Definition of Anti-electromagnetic Fiber Optic Cable

Anti-electromagnetic Fiber Optic Cable is the type of fiber cable which is widely used to connect two electronic devices. The Anti-electromagnetic Fiber Optic Cable transmits data from one point to another. Consequently, Anti-electromagnetic Fiber Optic Cable can’t be used to carry information over a long distance since they are only available in short sizes.  Additionally, Anti-electromagnetic Fiber Optic Cable has been an integral component in the telecommunication industry. 

Description of Anti-electromagnetic Fiber Optic Cable

Adopted to outdoor distribution.

Adopted to trunk power transmission system

Access network and local network in high electromagnetic interfering places

Non-metal strength member

Filler protect loose tube fiber

Non-metal strength has an excellent anti-electromagnet ability

Fiber count: 2-12 cores

Competitive Advantages of Anti-electromagnetic Fiber Optic Cable

• Packaging

• Prompt Delivery

• Quality Approvals

• Small Orders Accepted

Characteristic of Anti-electromagnetic Fiber Optic Cable

 • Good mechanical and temperature performance

 • High strength looes tube that is hydrolysis resistant

 • Special tube filling compound ensure a critical protection of fiber

 • Crush resistance and flexibility

 • The following measures are taken to ensure the cable watertight:

 - Single Fiber Reinforced Plastic as the central strength member

- Loose tube filling compound

 - 100% cable core filling

• Flexible PVC jacket: Flexibility and durable

• Quality oxygen-free pure copper cores, high-speed transmission

• USB3.0 transfer specification, Provide up to 5Gbp / s ultra-fast data transfer rate

• Data cable twisted-pair(impedance matching): Minimize signal crossing and Harassed of the data line

• Double layer of aluminum foil+ Endometrial shielded and double anti-jamming, Transmission stability, Strong anti-jamming capability

Connectors with Anti-electromagnetic Fiber Optic Cable

The present invention provides a cable connector. The cable connector comprises a first metal case, a second metal case, a support base, a terminal base and a cable. The base of the support base is positioned in the first metal case such that the hollow threaded fastener of the support base passes through the through hole of the first metal case. The cable is passed through the hollow threaded fastener of the support base. The second metal case is assembled to the first metal case such that the connecting holes formed on the sidewalls of the second metal case buckle the slots formed on the sidewalls of the first metal case. The protruding blocks of the second metal case are bent toward the first metal case to securely cover the first metal case.

Conclusion

Anti-electromagnetic Fiber Optic Cable has given the telecommunication industry a new face. Many people are now using Anti-electromagnetic Fiber Optic Cable to transmit data over short distances.  Consequently, it is small in size and therefore portable around.