Description
Upgrade your optical backbone with the Ortronics Arista SFP Module, a high-performance CWDM-based transceiver engineered for reliable Gigabit Ethernet across diverse data networking environments. Designed to deliver 1000Base-CWDM over single-mode fiber, this module is optimal for long-haul links in data centers, campus backbones, and enterprise networks. It combines robust interoperability, durable construction, and simple plug-and-play deployment to support rapid scaling and seamless integration into mixed-vendor infrastructures. With proven system-tested compatibility across a broad ecosystem of OEM devices, the Ortronics Arista SFP Module minimizes vendor lock-in while maximizing return on investment by ensuring predictable performance and long-term support in heterogeneous networks.
- 1000Base-CWDM over single-mode fiber enables long-haul, high-capacity links, making efficient use of existing fiber and reducing the need for new fiber deployments in expanding networks.
- 1 Gbps data rate with a maximum reach up to 80 kilometers delivers solid backbone connectivity for server-to-server, storage, and data-center interconnects while maintaining reliable performance.
- LC duplex connector provides a compact, industry-standard interface that simplifies cross-connects, patches, and dense rack deployments in data centers and telecom closets.
- Broad compatibility and system-tested reliability across more than 90 OEM switches, routers, and servers offer drop-in replacement potential and minimize vendor lock-in in heterogeneous environments.
- Rugged, enterprise-grade design with plug-and-play deployment supports rapid rollout, stable operation in demanding environments, and easier maintenance windows for IT teams.
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: System-tested in over 90 OEM switches, routers and servers
How to install Ortronics Arista SFP Module
- Power down the equipment or follow your device’s hot-swap guidelines to ensure safe installation and to avoid ESD or connector damage.
- Identify an available SFP slot on the switch, router, or server and orient the Ortronics Arista SFP Module for insertion.
- Insert the module firmly into the SFP slot until the locking mechanism engages and the module is securely seated.
- Connect a clean LC duplex fiber patch cable to the module’s LC duplex connector, ensuring proper polarity and gentle handling to avoid fiber stress.
- Power on the device (if required) and verify link status via the management interface or LED indicators. Configure the port for 1000Base-CWDM operation if needed and run initial throughput tests to confirm link integrity.
Frequently asked questions
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Q: What does 1000Base-CWDM mean?
A: It denotes Gigabit Ethernet (1 Gbps) transmission over coarse wavelength division multiplexing using single-mode fiber, enabling longer-reach links and efficient utilization of fiber infrastructure. This module is optimized for CWDM wavelengths and long-haul performance, with a reach of up to 80 kilometers. -
Q: Is this SFP module compatible with multiple OEM platforms?
A: Yes. The Ortronics Arista SFP Module is designed for broad interoperability and has been system-tested in configurations across more than 90 OEM switches, routers, and servers, reducing vendor lock-in and simplifying procurement in mixed environments. -
Q: What type of fiber and connector does it use?
A: It uses single-mode fiber with an LC duplex connector, a standard interface that supports easy cross-connects and integration with common fiber patch panels and enclosures. -
Q: What is the maximum distance supported by this module?
A: The module supports up to 80 kilometers on single-mode fiber, enabling robust metropolitan, campus, and data-center interconnects without repeaters. -
Q: How do I verify the module’s performance after installation?
A: After installation, verify the port is recognized as a 1000Base-CWDM interface in your device, check link status indicators, and perform a basic throughput test to confirm stable operation and expected data rates.
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