AddOn AA1403003-E5-AO
The AddOn AA1403003-E5-AO is a high‑performance XFP optical transceiver designed for long‑haul 10 Gigabit Ethernet and SONET/SDH applications. Operating at the 1550 nm wavelength and supporting single‑mode fiber (SMF), the module delivers extended reach connectivity ideal for enterprise backbones, carrier networks, and metro deployments.
As a cost‑effective alternative to OEM optics, this AddOn transceiver ensures full interoperability with industry‑standard platforms. Its hot‑swappable XFP form factor simplifies installation and upgrades, providing reliable high‑bandwidth transmission over long distances.
Features :
Engineered for single‑mode fiber applications, the AA1403003-E5-AO provides stable and efficient 10Gbps transmission at 1550 nm across extended distances. With Digital Diagnostics Monitoring (DDM) support, IT administrators can proactively track key link parameters such as optical power, temperature, and voltage to maintain network stability.
Advanced Options :
Compliant with the XFP Multi‑Source Agreement (MSA) and IEEE standards, this transceiver ensures seamless interoperability with multi‑vendor network environments. Designed for long‑haul networking, it is ideal for organizations that require high‑capacity links across campuses, metropolitan areas, and service provider networks.
Product Key Features
- 10 Gigabit Ethernet / SONET/SDH XFP transceiver
- Operates at 1550 nm wavelength
- Supports single‑mode fiber media
- Hot‑swappable XFP form factor
- Long‑distance reach (up to 80 km depending on standard)
- Supports Digital Diagnostics Monitoring (DDM)
- Fully MSA compliant and OEM interoperable
- Backed by AddOn quality testing
Reliability & Performance :
The AddOn AA1403003-E5-AO delivers dependable, high‑bandwidth transmission for data center, metro, and carrier environments. With 1550 nm operation over single‑mode fiber, it provides excellent reach for mission‑critical networking. Monitoring support and standards compliance enhance performance visibility and guarantee long‑term deployment reliability across enterprise and telecom infrastructures.
