Ortronics Nokia SFP Module – 1000Base-CWDM Gigabit Ethernet for Optical Network

Experience peak performance in optical networking with the Ortronics Nokia SFP Module. Engineered for data networking environments, this compact SFP module delivers true Gigabit Ethernet over single‑mode fiber using 1000Base-CWDM technology. It supports 1 Gbit/s transmissions and enables long-haul links up to 80 kilometers, making it ideal for campus backbones, data center interconnects, and extended enterprise networks. Designed for broad interoperability, it is compatible with a wide range of OEM switches, routers, and servers, and has been in-system tested across more than 90 OEM devices to ensure reliable operation in diverse deployments. If you’re upgrading an existing CWDM setup or expanding your fiber backbone without replacing core hardware, this SFP module offers a seamless, high‑reliability option that blends performance with simplicity.

• Long-haul CWDM capability for robust backhaul: Supports 1000Base-CWDM over single‑mode fiber with distances up to 80 km, enabling flexible, future‑proof links between data centers, metropolitan networks, and campus infrastructure. The CWDM approach optimizes fiber capacity while maintaining strong signal integrity and low latency for critical applications.
• Exceptional compatibility and broad OEM support: Engineered for seamless integration across a wide range of networking gear, this module has been in-system tested in over 90 OEM switches, routers and servers. It’s designed to minimize compatibility surprises, reducing deployment risk in mixed‑vendor environments and helping you preserve your existing hardware investments.
• Compact, easy-insertion LC duplex design: Featuring a standard 1 x LC duplex optical interface in a compact SFP footprint, it fits neatly into most SFP slots without crowding neighboring ports. The LC duplex connector ensures reliable, precise fiber termination, while the hot-swappable design minimizes downtime during maintenance or upgrades.
• Guaranteed 1 Gbps Gigabit Ethernet performance: Delivering steady, predictable throughput for data-intensive tasks, this module supports the 1 Gbit/s rate required by today’s applications—storage networking, VM migration, backup streams, and high‑speed LAN connectivity—while keeping power consumption efficient and thermal performance stable.
• Durable build with enterprise-grade reliability: Built to endure the rigors of data centers and enterprise networks, the Ortronics Nokia SFP Module emphasizes signal integrity, low insertion loss, and robust component quality. It’s designed for plug‑and‑play deployment, simple field upgrades, and dependable long-term operation in demanding environments.

Technical Details of Ortronics Nokia SFP Module

• Interface: 1 x LC duplex
• Standard: 1000Base-CWDM
• Fiber Type: Single‑mode optical fiber
• Speed: 1 Gbit/s (Gigabit Ethernet)
• Distance: Up to 80 km
• Applications: Optical Network, Data Networking
• Compatibility: In‑system tested in over 90 OEM switches, routers and servers
• Form Factor: SFP (Small Form-factor Pluggable)

How to install Ortronics Nokia SFP Module

• Prepare the system: Power down the chassis or equipment and follow proper ESD precautions before handling any SFP module. Ensure you have the correct fiber patch cables with LC connectors and compatible transceiver slots on your device.
• Insert the SFP module: Gently align the Ortronics Nokia SFP Module with the SFP slot and press firmly until the module seats and the locking mechanism engages. Confirm that the module is fully seated andvisible indicators or LEDs show the device recognizes the module.
• Connect the fiber: Attach the LC duplex fiber patch cables to the LC connectors on the SFP module. Verify correct polarity and clean connector ends to avoid excessive insertion loss or BER issues.
• Power up and verify: Power on the equipment (or allow it to boot if already powered) and check the link status indicators. Confirm that the transceiver is recognized by the device and that there is a stable optical link.
• Configure as needed: Depending on your network, adjust interface settings, speed negotiation, duplex mode, and any CWDM channel parameters as required by your topology and vendor firmware. Validate performance with a short test transfer to ensure stable throughput.

Frequently asked questions

What is 1000Base-CWDM?

1000Base-CWDM refers to a Gigabit Ethernet standard that uses Coarse Wavelength Division Multiplexing to enable multiple optical channels over the same fiber. In this context, the Ortronics Nokia SFP Module leverages CWDM technology to provide reliable 1 Gbps links over single‑mode fiber across extended distances, making it suitable for long‑haul and campus backhaul applications. CWDM helps optimize existing fiber infrastructure by increasing capacity without requiring new fibers.

What fiber type does this SFP module require?

This module operates over single‑mode optical fiber, which is the common choice for long‑distance CWDM links. Use LC duplex cables to connect to compatible network devices and ensure connectors are clean to preserve signal integrity.

What is the maximum recommended distance?

The Ortronics Nokia SFP Module supports up to 80 kilometers of transmission distance under optimal conditions. Actual achievable distance can depend on fiber quality, connectors, wavelength plan, optical budget, and installation environment.

Is the module hot-swappable?

Yes. Like most SFP modules, this unit is designed for hot‑swapping in compatible equipment, allowing you to replace or upgrade transceivers with minimal downtime. Always follow proper shutdown procedures or ESD guidelines as recommended by your hardware vendor.

Will it work with my OEM device?

The module is designed for broad compatibility and has been system-tested in over 90 OEM switches, routers and servers. While this coverage covers many common platforms, always verify compatibility with your specific device model and firmware version before deployment.

What should I expect in terms of performance?

Expect stable 1 Gbps throughput with CWDM signaling, low insertion loss, and good optical budget given the 80 km range. For best results, ensure proper fiber management, clean connectors, and alignment with your network’s topology and QoS requirements.