Fiber optic patch cord SC/APC - SC/APC Singlemode 9/125 G652D Duplex 1.5m 54006
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Sales unit dimensions and weight: 1 pcs
Fiber optic patch cord SC/APC - SC/APC Singlemode 9/125 G652D Duplex 1.5m 54006
Universal fiber optic connection – reliability and performance
This SC/APC - SC/APC fiber optic patch cord is a reliable solution for data transmission in LAN, WAN, CCTV systems and telephone installations. It will work in the office, home and industrial environments. The use of single-mode fiber (Singlemode) ensures high signal quality and resistance to interference.
Construction and application
Made of G652D fiber, the patch cord is characterized by low signal loss, which allows data transmission over long distances without loss of quality. SC/APC connectors (Angled Physical Contact) minimize return loss, which is especially important in applications requiring precise signal measurement. The duplex construction allows simultaneous transmission and reception of data, increasing network efficiency. A length of 1.5 meters provides flexibility in cabling configuration.
Advantages for installers and users
- Interference resistance: Fiber optic cable is completely immune to electromagnetic interference, guaranteeing stable data transmission even in difficult conditions.
- Safety: Lack of sparking and voltage during operation with fiber optic cable increases the safety of installation and use.
- High bandwidth: Allows the transmission of large amounts of data at high speed, which is crucial for modern network applications.
- Difficulty of eavesdropping: Data transmission via fiber optic cable is difficult to eavesdrop on, ensuring a high level of information security.
- Economy: The cost of data transmission via fiber optic cable is relatively low due to low signal loss and long cable life.
- LSZH jacket: The halogen-free jacket (LSZH) minimizes the emission of toxic substances in the event of a fire, increasing the safety of users and the environment. The yellow color makes it easier to identify the cable as single-mode.

