Ortronics Arista SFP Module

Discover a high-performance, CWDM-based SFP transceiver designed for optical networks and data networking environments. The Ortronics Arista SFP Module delivers reliable Gigabit Ethernet connectivity over single-mode fiber using 1000Base-CWDM, supporting long-haul links with precision and compatibility across a broad ecosystem of OEM devices. Built to meet demanding network requirements, this module emphasizes interoperability, durability, and ease of deployment in data centers, campus backbones, and enterprise networks.

• Broad compatibility and system-tested reliability — This Arista SFP module is designed for seamless integration into existing infrastructure. It has been tested in system contexts across more than 90 OEM switches, routers, and servers, giving network engineers confidence in interoperability and drop-in replacement potential. The broad compatibility reduces the risk of vendor lock-in and simplifies procurement across heterogeneous environments, while maintaining predictable performance and long-term support.
• 1000Base-CWDM over single-mode fiber — Engineered for long-haul, high-capacity links, the module supports 1000Base-CWDM transmissions over single-mode fiber. CWDM technology enables efficient use of available fiber and allows multiple wavelengths to coexist on a single fiber run, optimizing fiber infrastructure and reducing the need for additional fiber installations in expanding networks.
• LC duplex connector for easy cross-connects — The LC duplex optical interface provides a compact, industry-standard connection that simplifies patching, reduces port footprint, and improves ease of installation in dense rack environments. The LC duplex design is compatible with a wide range of fiber patch panels and enclosures, enabling straightforward integration into data centers and telecom closets.
• 1 Gbps data rate with long-distance reach — Offering Gigabit Ethernet performance, this SFP module supports 1 Gbit/s data rate, catering to backbone connectivity, server-to-server links, and storage area network (SAN) appliance connections. Its CWDM optimization enables robust performance over extended distances, with a maximum reach up to 80 kilometers, enabling fault-tolerant metropolitan and campus networks without repeaters.
• Rugged, enterprise-grade design with plug-and-play deployment — Built for reliability in demanding environments, the Ortronics Arista SFP Module emphasizes solid mechanical and optical stability, reducing the likelihood of misalignment or fiber stress during installation. Its plug-and-play nature supports rapid deployment and minimizes network downtime, helping IT teams achieve faster rollout timelines and easier maintenance windows.

Technical Details of Ortronics Arista SFP Module

• Module type: SFP transceiver
• Fiber type: Single-mode
• Connector: LC duplex
• Standard: 1000Base-CWDM
• Data rate: 1 Gbps
• Distance (max): Up to 80 km
• Compatibility: In System tested in over 90 OEM switches, routers and servers
• Applications: Optical network, data networking
• Guaranteed performance: 80 km maximum distance guaranteed

How to install Ortronics Arista SFP Module

Installing the Ortronics Arista SFP Module is designed to be straightforward and quick, with a focus on minimizing downtime while ensuring proper optical alignment and secure connections. Follow these general steps to maximize reliability and performance in your network environment:

• Power down or place affected devices into a maintenance window as appropriate to your organization's change management policy to ensure safe insertion without electrical or ESD exposure.
• Identify an available SFP port on your switch, router, or server and verify that the port supports 1000Base-CWDM. Insert the Arista SFP Module into the SFP slot until it seats firmly with a gentle click. Ensure the module is oriented correctly and aligned with the connector port.
• Connect a corresponding LC duplex single-mode fiber patch cord to the LC duplex connector on the SFP module. Confirm that the fiber polarity (Tx to Rx) is correct on both ends, and use appropriate ESD protection during handling to safeguard sensitive components.
• Power up the network device and monitor the port status indicators. Validate link integrity with the connected device, and perform a basic throughput test to verify that the 1 Gbps data rate is achieved over the 80 km CWDM link as required by your network design.
• Document the change, update inventory records, and monitor the link for steady performance, noting any transceiver-specific features or vendor recommendations for CWDM channel spacing to ensure long-term reliability and compatibility.

Frequently asked questions

• Q: What is the Ortronics Arista SFP Module used for? A: It is a high-performance SFP transceiver designed for 1000Base-CWDM over single-mode fiber, suitable for optical network and data networking applications, delivering reliable Gigabit Ethernet links over long distances with LC duplex connectivity.
• Q: What distance can this SFP module cover? A: The Arista SFP Module supports up to 80 kilometers on single-mode fiber, making it ideal for backhaul, campus networks, and long-haul links without the need for repeaters or additional amplification in many deployments.
• Q: Is this module compatible with Arista devices? A: The product is designed for broad interoperability and is in-system tested across a wide range of OEM equipment, including devices commonly used in Arista-based deployments. It is intended to work well in environments with diverse vendor equipment, reducing compatibility concerns.
• Q: What fiber and connector are used? A: It uses single-mode fiber with an LC duplex connector, offering a compact, standard interface that aligns with common fiber infrastructures, patch panels, and cable routing schemes in data centers and network closets.
• Q: What network scenarios benefit most from this module? A: Backhaul connections between data centers, long-distance campus interconnects, and high-density enterprise networks that require reliable 1 Gbps performance over single-mode fiber, combined with CWDM efficiency and broad OEM compatibility.