FAQ
Yes. FICER's optical transceivers and related fiber optic communication products are designed with cross-vendor compatibility in mind. They are compatible with a wide range of leading networking equipment brands, including Cisco Systems, Nokia, Alcatel-Lucent, HPE, Juniper Networks, and Extreme Networks. FICER products undergo compatibility testing with commonly used platforms to ensure reliable performance and true plug-and-play operation.
Additionally, we offer tailored recommendations based on your equipment and needs (e.g., data rates, distance, and interfaces) to help you find the best solution that balances performance with cost-efficiency.
Yes. Our technical team can provide professional product recommendations based on your equipment model, transmission speed (1G/10G/25G/100G), transmission distance, and application environment (Data Centers, Enterprise Networks, or Telecom Networks) to ensure you get the perfect fit for your needs.
FICER provides comprehensive technical support services, including remote troubleshooting, compatibility analysis, and alternative product recommendations. We are committed to helping customers quickly identify issues and restore normal operations.
Yes, it does. Most FICER optical transceivers support DDM/DOM (Digital Diagnostic Monitoring/Optical Monitoring) functions, providing real-time monitoring of temperature, optical power, voltage, and transmission status to facilitate network maintenance and troubleshooting.
It depends on equipment compatibility. FICER's technical assistance can help reassess your new network requirements and recommend compatible transceiver modules to ensure a smooth, and stable upgrade process with minimal disruption to network operations.
The F520 OTN DWDM System is ideal for a wide range of applications, including Data Center Interconnect (DCI), telecommunications backbone networks, Metropolitan Area Networks (MAN), enterprise private networks, and government critical infrastructure. By integrating OTN and DWDM technologies, the system delivers high-capacity, long-distance, and highly reliable transmission over a single optical fiber.
DWDM (Dense Wavelength Division Multiplexing) primarily transmits multiple wavelength signals over a single fibre to enhance bandwidth utilisation, whereas OTN (Optical Transport Network) provides signal encapsulation, management, monitoring, and protection functions. The combination of OTN and DWDM offers both high transmission capacity and enhanced network management and reliability.
The F520 system supports a variety of transmission rates, including 10G, 32G, 100G, 200G, and 400G. Flexible deployment is enabled through OEO Transponder and OTU Muxponder service card, allowing the system to meet diverse network architecture requirements.
Yes. The F520 provides a dedicated Network Management System card (NMS) that enables network administrators to perform device monitoring, alarm management, performance analysis, and remote maintenance, helping improve overall network operation efficiency.
Transmission distance is determined by network architecture, fiber quality, and system configuration. By incorporating optical amplification modules such as EDFA and DRA into the network design, the transmission distance can be significantly extended, supporting applications ranging from metropolitan to long-haul backbone networks.
Yes. The company's quality and environmental management systems are certified to international standards, including:
✔️ CE Marking – Complies with EU safety, health, and electromagnetic compatibility requirements.
✔️ FCC Certification – Meets the standards of the U.S. Federal Communications Commission for telecommunications and networking products.
✔️ RoHS & REACH Compliance – Ensures conformity with EU environmental regulations and restrictions on hazardous substances, supporting eco-friendly material requirements.
✔️ TÜV / UL Certification – Third-party testing and safety certification (available depending on product category).
Over 20 years of industry expertise and robust quality management systems provide the foundation for R&D-driven solutions designed for real-world applications. Rigorous manufacturing protocols and strict testing standards, validated by international certifications, mitigate deployment risks and enhance system stability.
✔️ ISO 9001 Quality Management System – Ensures consistency in design, manufacturing, and service processes, with continuous improvement mechanisms.
✔️ ISO 14001 Environmental Management System – Demonstrates commitment to environmental protection and sustainable manufacturing practices.
For further quality assurance details, please refer to the certifications.
- Confirm device brand and interface type: SFP / SFP+ / SFP28 / QSFP+ / QSFP28 / QSFP-DD.
- Determine data rate requirements: 1G / 10G / 25G / 40G / 100G / 400G / 800G.
- Select transmission distance and fiber type: short reach (100–400m), medium reach (10–20km), or long reach (40–80km).
- Define application scenario and scalability needs: enterprise networks, data centers, AI applications, Smart City, FTTx, or long-haul transmission.
Optical transceivers come in various speeds, form factors, and distance options to meet different network requirements:
- 1G SFP – Short to medium reach; suitable for traditional enterprise networks and device management.
- 10G SFP+ – Multi-mode short reach or single-mode long reach; widely used in enterprise core networks and data centers.
- 25G SFP28 – High-density connections for data centers and high-speed server links.
- 40G QSFP+ – Suitable for aggregation layers with high traffic loads in data centers.
- 100G QSFP28 – Supports long-distance transmission; ideal for large-scale data centers and cloud platforms.
- 400G / 800G QSFP-DD / OSFP – Ultra-high bandwidth for hyperscale data centers, AI, and HPC environments.
F520 provides a complete OTN and DWDM transport solution, including chassis, transponders, muxponders, amplifiers, protection modules, and a network management system. It offers flexible scalability based on project requirements, helping customers build high-bandwidth, highly reliable optical networks with strong future expansion capability.