CHT-CIS-SFP-1G-DWDM-4056-80

Overview of the CIS-SFP-1G-DWDM-4056-80 Transceiver

The CIS-SFP-1G-DWDM-4056-80 transceiver serves as an advanced solution for Gigabit Ethernet in DWDM systems. Notably, this module supports long-distance data transmission up to 80 kilometers, operating efficiently at a wavelength of 4056.20nm. As a result, it ensures optimal bandwidth utilization and high-speed performance for various applications.

Key Specifications and Features

Engineered for single-mode fiber (SMF), this transceiver effectively supports data transfer rates of up to 1.25Gbps. Moreover, the LC duplex connector provides a robust and reliable connection. Additionally, the DDM capabilities enable real-time status monitoring, which ensures accurate and stable data transmission, enhancing overall system performance.

Proven Reliability

Fully compliant with MSA, SFF-8472, and SFF-8431 standards, this transceiver offers the advantage of hot-pluggable installation, making it incredibly convenient to use. Furthermore, it operates efficiently within a broad temperature range, demonstrating durability and reliability under various environmental conditions.

Compatibility and Efficiency

The CIS-SFP-1G-DWDM-4056-80 seamlessly integrates with Cisco networking equipment, providing efficient long-distance data transmission capabilities. Importantly, its low power consumption promotes energy efficiency, while its extended reach positions it as an ideal choice for long-haul optical applications.

Compatible with Cisco, DWDM-SFP-4056. 1000BASE DWDM SFP 100GHz 1540.56nm 80km DOM LC SMF

– Transmission Distance: Additionally, it supports transmission distances of up to 80 km, making it ideal for long-range network connections that require consistent performance.

– Connector: Moreover, it uses Duplex LC connectors for high-quality optical connections, promoting reliability and reducing signal loss.

– Data Rate: Furthermore, it offers a 1 Gbps data rate, making it suitable for high-speed Ethernet applications that demand quick data transfers.

– Compatibility: In addition, it is fully MSA-compliant, ensuring interoperability with a wide variety of networking equipment, thus enhancing flexibility.

– Power Consumption: Lastly, it operates efficiently at low power, reducing overall energy consumption in data centers, which contributes to a more sustainable infrastructure.