CHT-CIS-SFP-1G-DWDM-6141-80

Enhance Your Network with the CIS-SFP-1G-DWDM-6141-80 Transceiver

The CIS-SFP-1G-DWDM-6141-80 transceiver delivers a dependable solution for extending network reach in DWDM environments. Operating at 1Gbps, it enables high-speed data transmission over distances up to 80 kilometers. Consequently, this ensures a seamless experience for users demanding fast and reliable connectivity.

Optimized for Efficiency

With a precise wavelength of 6141.24nm, this transceiver is specifically designed for DWDM systems. This optimization not only enhances bandwidth management but also effectively reduces bottlenecks in data-heavy networks. Thus, your network can handle increased traffic with ease.

Versatile Deployment

Ideal for metropolitan area networks (MAN) and long-haul fiber links, the transceiver presents an affordable solution for enterprises seeking to enhance network capabilities. Moreover, it allows businesses to upgrade their infrastructure without incurring excessive costs.

Seamless Integration

The CIS-SFP-1G-DWDM-6141-80 effortlessly integrates with a broad range of Cisco networking devices. This compatibility ensures smooth operations across various platforms, enabling organizations to maximize their existing investments.

Compatible with Cisco, DWDM-SFP-6141. 1000BASE DWDM SFP 100GHz 1561.42nm 80km DOM LC SMF

– Transmission Distance: Additionally, it is capable of transmitting data over distances of up to 80 km, making it ideal for long-distance networks that require reliable connectivity.

– Data Rate: Moreover, it supports 1 Gbps data transmission, ensuring fast and reliable connectivity for various applications.

– Form Factor: Furthermore, it features a standard SFP design, allowing for easy integration into existing setups and simplifying deployment.

– Compatibility: In addition, being MSA compliant enables seamless operation with various networking equipment, enhancing flexibility.

– Operating Temperature: Lastly, it is designed to work in extreme temperatures ranging from -40°C to 85°C, thereby enhancing durability and reliability in challenging environments.