Brief: Watch a detailed demonstration of the E-Link 16-Channel POTS over Fibre Converter, showcasing how it efficiently transmits sixteen telephone lines over a single optical fibre strand. Learn about its seamless integration with existing copper wiring, dual voice port design, and robust performance in various networking scenarios.
Related Product Features:
Interface téléphonique standard RJ11 pour une connectivité transparente avec les systèmes de câblage à paire de cuivre existants.
16 canaux vocaux avec prise en charge de l'identification de l'appelant et des fonctions de télécopie, garantissant des capacités de communication complètes.
Dual voice port design (O port & S port) for flexible connectivity to switches and user telephones.
Compatible with FXO/FXS standard telephones, providing versatile deployment options.
Supports point-to-point, cascaded, and distributed networking without SNR degradation.
Fiber optic power link with LED indicators for real-time system status monitoring.
Industrial-grade modular design ensures flexible deployment, high reliability, and long-term durability.
Transmission distance of up to 20KM on single-mode single fiber, ideal for large-scale deployments.
Les questions:
What is the maximum transmission distance of the 16-Channel POTS over Fibre Converter?
The converter supports a transmission distance of up to 20KM on single-mode single fiber, making it suitable for large-scale deployments.
Does the converter support Caller ID and Fax functions?
Yes, the 16-Channel POTS over Fibre Converter supports both Caller ID and Fax functions across all 16 voice channels.
What are the environmental specifications for operating the converter?
The converter operates within a temperature range of -35°C to 75°C and can handle humidity levels from 0% to 95% (non-condensing), ensuring reliability in various conditions.
What is the warranty policy for the 16-Channel POTS over Fibre Converter?
The product comes with a three-month replacement policy and a three-year warranty, covering non-manufacturing defects and natural wear and tear.