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Adtran 1442981G3 10Gb/s XFP 80km 1558.98nm LC SMF Transceiver
- Form Factor: XFP
- Data Rate: 10 Gb/s
- Wavelength: 1558.98nm
- Fiber Type: Single-Mode Fiber (SMF)
- Reach: 80 km
- Connector Type: LC Duplex
- Application: Long-Haul, Metro Networks
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Product Overview
The Adtran 1442981G3 is a 10Gb/s XFP transceiver designed for 80km single-mode fiber links, operating at 1558.98nm. It is intended for long-haul and metro network applications requiring high-speed optical connectivity.
Technical Information
| Product Type | XFP Transceiver |
| Data Rate | 10 Gb/s |
| Wavelength | 1558.98nm |
| Fiber Type | Single-Mode Fiber (SMF) |
Additional Specifications
| Maximum Reach | 80 km |
| Connector | LC Duplex |
| Manufacturer | Adtran |
Product Description
The Adtran 1442981G3 is a high-performance XFP (10 Gigabit Small Form Factor Pluggable) transceiver module designed for demanding long-haul and metro network applications. This module operates at a specific wavelength of 1558.98nm, which is part of the C-band spectrum commonly utilized in DWDM systems for high-capacity optical transmission. It is engineered to deliver data at a rate of 10 Gigabits per second (Gb/s) over single-mode fiber (SMF) optic cables. The key capability of the 1442981G3 is its extended reach, supporting network links up to 80 kilometers (km). This makes it an ideal solution for connecting geographically dispersed sites, such as between major data centers, enterprise campuses, or telecommunications points of presence. The module features a standard duplex LC connector, ensuring a secure and reliable connection to the fiber optic infrastructure. This XFP transceiver is built to meet the stringent requirements of carrier-grade networks and large enterprise backbones. It provides a robust and dependable optical link, essential for maintaining network performance and availability over long distances. The hot-pluggable design of XFP modules facilitates easy installation and replacement without service interruptions, enhancing network flexibility and operational efficiency.