About
Your journey of uninterrupted connectivity starts with our expertly designed duplex cable. Designed for optimal performance, these optical fiber cables facilitate simultaneous data exchange, making them the preferred choice for larger workstations, fiber switches, servers, and modems. The duplex fiber cable boasts a sophisticated zip-cord arrangement, ensuring reliable duplex communication between devices. It is a versatile solution for applications such as indoor distribution, branching in high rises, FTTx, and essential components like pigtails and patch cords.
Features
Benefits
Exceptional Flexibility
Engineered with bend-insensitive G.657.A2 fiber, allowing stable performance even at extremely tight 15mm bend radii
Fiber Diversity
Available in both single-mode and multimode configurations, ensuring compatibility with varied network designs, distances, and bandwidth requirements
Buffer Size Options
Offered in 600 µm and 900 µm tight buffer sizes, enabling easier routing, termination, and installation flexibility
Fire-resistant
Built with flame-retardant materials that minimize fire spread, ensuring enhanced safety and compliance with critical industry standards
Key Specifications
Applications
- Indoor distribution
- Branching in high-rise buildings
- FTTx
- Pigtails
- Patchcords
- Riser and Plenum Installations
Variants
FAQs
A duplex fiber cable consists of two fibers within a single cable. This design enables bidirectional communication, making duplex fiber cables essential for applications requiring simultaneous data transmission in both directions.
Simplex cables consist of a single fiber for unidirectional communication, while duplex cables feature two fibers for bidirectional communication, making them distinct in their transmission capabilities.
The term "duplex" is commonly associated with telephone or computer conversations. In a full-duplex ethernet setup, packet reception utilizes one pair of twisted cables, while transmission employs another pair, demonstrating the application of duplex in bidirectional data flow.