AddOn SFP-14D-AO Multi-Mode Fiber Optic Transceiver for OC-12 Data Rates

AddOn Rad® SFP-14D Compatible TAA OC-12-SR SFP Transceiver (MMF, 1310nm, 550m, LC, DOM)

The AddOn SFP-14D-AO is a high-performance, compatible SFP transceiver designed for reliable optical data transmission in network environments. Supporting OC-12 (622 Mbps) speeds over multi-mode fiber (MMF), this module ensures fast and dependable connectivity over distances of up to approximately 550 meters using a 1310nm wavelength. Its LC connector interface makes installation straightforward and secure. Built to meet the needs of demanding data networks, this transceiver is fully compatible with Rad® SFP-14D modules, guaranteeing seamless integration and operation. Each unit is programmed, serialized, and tested to meet rigorous standards, providing consistent performance and easy hot-swappable deployment. The inclusion of digital optical monitoring (DOM) allows real-time access to essential operating parameters, enabling proactive network management. Designed and manufactured in the United States, the AddOn SFP-14D-AO complies with Trade Agreements Act (TAA) requirements and is backed by a limited lifetime warranty, reflecting confidence in its durability and quality. This module is ideal for backbone, data center, or enterprise network applications where high bandwidth, minimal signal loss, and long-distance fiber optic transmission are critical. The robust multi-mode fiber support ensures high bandwidth capacity, enabling the transmission of larger data volumes with greater fidelity. Its compact form factor and easy installation make it suitable for a wide range of optical networking setups, providing maximum productivity and dependability in demanding environments.

Features:

• SFP offers enhanced dependability with maximum productivity

• Supports OC-12 technology with data transfer rates up to 622.08Mbps over optical fiber

• Supports optical fiber cables for durable performance, minimal signal loss, and extended transmission distances

• Multi-mode fiber design with thicker diameter to carry multiple wavelengths, supporting high bandwidth and greater data fidelity

• Designed for data networking applications to maximize usability and efficiency