Part Number | ESKKLC47-K80C | Distance | 80km |
Form Factor | XFP | Connector | LC duplex |
Wavelength | 1490-1610nm | Transmitter | EML |
Receiver | APD | Media | Single-Mode Fiber(SMF) |
Power Consumption | <3.5W | Protocol | 10G CWDM Networks |
Case Temperature(℃) | -5 to +70°C |
Supports 9.953Gb/s to 11.1Gb/s bit rates
Hot-pluggable XFP footprint, Built-in digital diagnos
Maximum link length of 80km with SMF
CWDM Cooled EML laser and APD photodiode
XFP MSA package with duplex LC connector
No reference clock required
Single +3.3V power supply
Power dissipation <3.5W
The 10G XFP CWDM 1470–1610nm LC ZR 80km transceiver is designed for reliable and high-performance optical communication over extended distances. Supporting CWDM wavelengths from 1470nm to 1610nm, it provides flexible channel allocation and efficient use of fiber resources. With a maximum reach of up to 80km, it ensures stable data transmission for applications such as telecom backbone, metropolitan area networks (MANs), and data center interconnections. Featuring hot-pluggable XFP form factor, LC duplex interface, and low power consumption, it is easy to deploy and maintain while reducing overall operating costs. The module also offers strong compatibility with mainstream equipment brands, making it an ideal solution for network upgrades and expansions. Engineered with advanced optical technology, it guarantees excellent signal integrity, high reliability, and long-term operational stability, helping businesses build scalable, future-ready optical networks.
The 10G XFP CWDM 1470–1610nm LC ZR 80km is well-suited for telecom backbone and metropolitan area networks that demand high-capacity and long-distance connectivity. Its extended 80km reach and CWDM channel flexibility enable carriers to maximize fiber utilization and support growing bandwidth demands without costly infrastructure upgrades.
This transceiver is also ideal for interconnecting data centers, enterprise core networks, and disaster recovery sites. With its low power consumption, hot-pluggable design, and reliable compatibility, it ensures seamless integration into existing systems while providing stable 10G performance over long-haul optical links.
ESOPTIC is equipped with a comprehensive range of professional testing equipment designed to assess various parameters of optical products.
This ensures the highest performance, quality, and stability of optical transmission in all of our products.
Put the qualified products into the corresponding model blister box packaging.
The bottom, surface and side of the carton are filled with one piece of anti-static foam to protect the product.According to the requirements of the packing quantity, put the blister box box of the product into the packaging carton. If the space between the blister boxes is large, use a piece of anti-static foam to put it in the middle. The empty space in the end box must be filled with anti-static foam to ensure that it will not be damaged during transportation.
The outer case label is attached to the side position of the outer case,Label the outer case after sealing.
At the time of delivery, the entire outer box should be wrapped with at least 2 layers of wrapping film protection.
