CHT-CIS-SFP-1G-DWDM-3112-80

CIS-SFP-1G-DWDM-3112-80 Transceiver: Optimal Performance for DWDM Networks Exceptional Data Rates and Distance

The CIS-SFP-1G-DWDM-3112-80 transceiver supports impressive 1Gbps data rates and operates efficiently over long distances. Consequently, it becomes an excellent choice for Dense Wavelength Division Multiplexing (DWDM) networks that require robust and reliable communication.

Enhanced Data Transmission

Operating at a wavelength of 3112.33nm, this transceiver ensures optimized data transmission for networks extending up to 80 kilometers. Additionally, it adheres to the Cisco SFP standard, which facilitates easy integration into various network setups.

Improved Network Resource Management

Designed specifically to handle high-bandwidth applications, this transceiver significantly optimizes network resources. As a result, it reduces the necessity for additional fiber cabling, thereby streamlining your network infrastructure.

Seamless Compatibility

Moreover, the CIS-SFP-1G-DWDM-3112-80 is compatible with a wide range of Cisco switches. This compatibility guarantees seamless integration into existing networks, ensuring that you can enhance your network capabilities without hassle.

Compatible with Cisco, DWDM-SFP-3112. 1000BASE DWDM SFP 100GHz 1531.12nm 80km DOM LC SMF

– Transmission Distance: Additionally, it is capable of covering distances of up to 80 km, making it suitable for long-range data communications that require reliable connectivity.

– Data Rate: Moreover, it supports a data rate of 1 Gbps, providing consistent and fast data flow for various applications.

– Form Factor: Furthermore, the SFP form factor allows for easy integration and scalability in network systems, facilitating smoother deployment.

– Compatibility: In addition, being MSA compliant ensures broad device compatibility across various platforms, enhancing flexibility in configurations.

– Operating Temperature: Lastly, it performs reliably in extreme temperatures ranging from -40°C to 85°C, ensuring durability and consistent performance in diverse environments.