100GBASE-LR4 QSFP28 Optical Transceiver Module SPQ-CE-LR-CDFF LAN WDM EML SMF

Source Photonics 100GBASE-LR4 QSFP28 SPQ-CE-LR-CDFF LAN WDM EML SMF Optical Transceiver Module

Product Description: Source SPQ-CE-LR Optical Module

The Source SPQ-CE-LR optical module is a high-performance solution designed to provide reliable and efficient fiber optic connectivity for a variety of networking applications. Engineered with advanced features, this module is specifically designed for long-range data transmission, making it well-suited for applications requiring extended reach and dependable performance.

Key Features:

1. Long-Range Data Transmission: The Source SPQ-CE-LR optical module excels in long-range data transmission, offering dependable connectivity over extended distances. With its optimized design, it ensures reliable communication even in scenarios where distance is a critical factor.

2. High Data Transmission Rate: This module is engineered to support high-speed data transmission, offering impressive data rates suitable for bandwidth-intensive tasks, rapid data transfers, and video streaming applications.

3. Single-Mode Fiber Compatibility: The SPQ-CE-LR module is compatible with single-mode fiber (SMF), which is designed to minimize signal degradation over long distances. This ensures consistent and reliable data transmission in challenging environments.

4. Hot-Pluggable Form Factor: The hot-pluggable design of the Source SPQ-CE-LR module allows for seamless installation and replacement without disrupting network operations. This feature enhances flexibility and minimizes downtime during maintenance or upgrades.

5. Duplex LC Connector: Equipped with a duplex LC connector, the module ensures a secure and reliable connection to fiber optic cables, minimizing signal loss and supporting stable data transmission.

6. Digital Optical Monitoring (DOM): Supporting DOM capabilities, the SPQ-CE-LR module allows real-time monitoring and reporting of crucial optical parameters such as temperature, received power, and transmitted power. This feature assists in proactive maintenance and troubleshooting.

7. Low Power Consumption: Engineered with energy efficiency in mind, the module contributes to reduced power consumption and heat generation, aligning with modern networking's sustainability goals.

8. Extended Temperature Range: The module operates reliably across a wide temperature range, ensuring consistent performance even in challenging environments within data centers and networking facilities.

Applications:

The Source SPQ-CE-LR optical module finds applications in various networking scenarios, including:

• Data Centers: It plays a pivotal role in establishing high-speed connections between switches, routers, and servers within data centers, ensuring efficient data exchange and processing.

• Long-Distance Connections: The module excels in connecting geographically dispersed locations or networks that require reliable communication over extended distances.

• Telecommunications Networks: The SPQ-CE-LR module is suitable for telecommunications networks, supporting connections between network nodes and ensuring dependable voice, data, and video communication.

FAQ

1. Are your Optical Transceivers original?

Yes, all our optical transceivers are guaranteed 100% original!

2. What will you do if I found the product has any quality problem?

We back up every sale with our risk-free money-back guarantee! You can buy with confidence from a company in good faith that has been serving its clients for over 10 years!

3. What did your company do in terms of quality control?

We have professional testing equipment and QC team. Every unit will be fully tested with perfect performance before shipping.

4. What are the trade terms?

Lead Time: 1 day after confirm your payment (In stock, we need 1 day to fully test them)

Payment term: Western Union, T/T, Aliexpress Escow, Money Gram

Warranty: 1 Year

5. Do you have compatible ones?

Yes, we have our own brand—Toptrans, including SFP, XFP, SFP+, Bidi in all kinds of specifications.