Cisco Sfp Mini Gbic Module 1000Mbps Single Mode Rugged Remanufa

The Cisco SFP Mini-GBIC Module is a rugged, remanufactured 1 Gigabit Ethernet transceiver designed to harden and simplify your network backbone. Built to meet Cisco-grade quality and interoperability standards, this compact SFP module plugs into Cisco devices to deliver flexible uplinks, smooth media migration, and dependable performance across data centers, campuses, and branch offices. Its single‑mode design is optimized for longer reach, enabling you to connect distant switches, routers, and media converters without expensive chassis upgrades. Whether you’re refreshing legacy gear, expanding a modern spine-and-leaf fabric, or engineering a resilient, fault-tolerant network, this SFP module provides a cost-effective, plug‑and‑play path to higher bandwidth and greater network agility.

• Broad compatibility and seamless integration with Cisco switches, routers, and media converters. This module is designed to work across a wide range of Cisco platforms, enabling flexible uplinks, simplified media migration, and consistent interoperability. By standardizing on a Cisco SFP, you can consolidate inventory, simplify procurement, and avoid the complexity of mixed vendor transceivers in mixed environments.
• Rugged remanufactured construction that preserves reliability while delivering meaningful cost savings. Each module undergoes a rigorous refurbishment process to meet strict quality criteria, ensuring stable signal integrity, durable operation in challenging conditions, and peace of mind for deployments where uptime matters. This makes it an attractive choice for cost-conscious enterprises that rely on durable, long-lasting network components.
• Hot-swappable and downtime-friendly for non-disruptive maintenance. The pluggable, compact form factor allows you to upgrade, replace, or expand transceivers without powering down the host equipment in many configurations. This capability minimizes maintenance windows, preserves service continuity for critical networks, and supports rapid scaling as your network demands evolve.
• Media flexibility in a single-mode, long-reach solution. While optimized for Single-Mode fiber, the SFP module supports flexible media interfaces consistent with Gigabit Ethernet requirements, enabling longer-distance links with low attenuation. The result is extended connectivity across campuses and data centers, enabling you to design lean, scalable topologies without changing your switches or adding new fiber runs.
• Plug-and-play performance with a standard SFP footprint. The module uses the familiar mini‑GBIC form factor and locking mechanism, allowing straightforward insertion, secure seating, and reliable retention. This makes field upgrades and inventory management simpler, reduces the risk of misalignment during installation, and accelerates deployment in busy data centers or office environments.

Technical Details of Cisco SFP (Mini-GBIC) Module

• Form factor: SFP (Mini-GBIC) transceiver
• Interface: 1× Gigabit Ethernet SFP port
• Data rate: 1 Gbps (Gigabit Ethernet)
• Media type: Single-Mode fiber
• Connector: LC duplex
• Compatibility: Interoperable with Cisco firmware ecosystems and a broad array of Cisco devices
• Hot-swappable: Yes
• Remanufactured status: Reconditioned to meet quality standards while delivering cost efficiency
• Warranty: Manufacturer-backed warranty or vendor-specific coverage (refer to product listing for exact terms)

How to install Cisco SFP (Mini-GBIC) Module

Prepare the device and environment. Begin by consulting your organization’s maintenance policy to determine whether hot-swapping is approved for the specific model and port. If hot-swapping is permitted, you can proceed without powering down, but if not, plan a maintenance window and follow standard change-control procedures. Verify that you have the correct SFP slot identified for the destination port and that the device is stabilized in its rack or chassis.

Inspect the slot and connector. Ensure the SFP slot is free of debris, dust, or obstructions. Do not touch the optical window or electrical contacts inside the module or the slot—handling should be minimized to protect the delicate surfaces that carry data signals. If you notice any residue or contamination, clean the area with manufacturer-approved procedures before installation.

Insert the module with care. Align the SFP with the slot and gently insert the module until it seats firmly. You should feel a distinct click as the locking mechanism engages, indicating a secure connection. Avoid forcing the module or wiggling it once seated, as improper seating can degrade performance or damage the interface.

Connect the fiber or copper media. Attach the appropriate single-mode fiber cable to the LC duplex connector, ensuring correct polarity and a clean connection at the terminations. When working with fiber, never bend cables at sharp angles or apply undue tension, which can degrade signal quality. If you are using copper cabling in a mixed environment, confirm that the port and transceiver variant align with the supported media type for your device.

Power up and verify operation. If you are performing a hot-swap, monitor the device for link status and any errors once power is restored or the port becomes active. Use the device’s management interface or CLI to confirm that the transceiver is recognized, and check for a stable link light on the corresponding port. Validate performance with basic throughput tests or loopback checks, and review error counters over a period to ensure reliable operation. If the link does not come up, re-seat the module, re-check cable connections, and verify that the transceiver variant is compatible with the firmware version running on the device.

Documentation and policy follow-up. Record the installation details, including the exact part number, serial, port, and firmware context. Maintain notes for future troubleshooting or audits, and update your network inventory to reflect the presence of the remanufactured Cisco SFP module. Following best practices for change management helps ensure traceability and minimizes the risk of configuration drift or device incompatibilities over time.

Frequently asked questions

• Q: Is this Cisco SFP compatible with a wide range of Cisco devices?
• A: Yes. The module is designed for interoperability with Cisco switches, routers, and media converters across multiple platforms. It supports standard Gigabit Ethernet SFP interfaces and is suitable for deployments ranging from data centers to campus networks. Always verify compatibility with your exact device model and firmware version in your deployment docs.
• Q: What does “rugged remanufactured” mean for this SFP module?
• A: The term indicates that the module has undergone a refurbishment process intended to restore performance and reliability to industry-standard specifications. It is tested to meet quality criteria while delivering cost savings compared with new components. The remanufactured status aims to balance durability with economic efficiency for mid-to long-term network investments.
• Q: Can I hot-swap this module while the device is in production?
• A: In many Cisco deployments, hot-swapping is supported and designed to minimize downtime. However, it depends on the exact device model, port, and organizational policies. If your environment requires, perform the swap during a maintenance window or follow your hot-swap guidelines to avoid service disruption.
• Q: What media does this SFP support?
• A: The module is configured for Single-Mode fiber, enabling longer-reach connections with lower attenuation in suitable fiber runs. For specific reach, you should refer to your fiber specification and the device’s supported link lengths for the chosen transceiver variant and fiber type.
• Q: How do I verify that the transceiver is functioning correctly after installation?
• A: After installation, check the port status in your device’s management interface or CLI for link status, speed, and error counters. Confirm that the transceiver is recognized by the device, and run basic diagnostic or throughput tests to validate performance. If issues arise, re-seat the module, re-check fiber connections, and consult the device’s documentation for troubleshooting steps.