Cisco SFP Transceiver Modules 1G/10G Fiber and Copper

Cisco SFP Transceivers

The Cisco Transceiver Modules provide high-density connectivity for enterprise and data center networking environments. These hot-swappable input/output devices plug into Gigabit Ethernet or 10-Gigabit Ethernet ports. They link the switch or router with the network cabling infrastructure. This modular architecture allows for flexible hardware upgrades and maintenance without requiring system downtime. Network engineers utilize these components to scale bandwidth across fiber optic or copper media. The hardware supports a wide range of reach and media options. Consequently, IT departments can optimize their physical layer connectivity based on specific distance requirements.

Key Features

• Hot-Swappable Functionality
  This hardware allows for immediate replacement or upgrades without powering down the host switch or router.

• Digital Optical Monitoring (DOM)

  • Real-time monitoring of optical output power.
  • Tracking of optical input power and temperature.
  • Monitoring of transceiver supply voltage and laser bias current.

• Multi-Source Agreement Compliance
  These units adhere to industry-standard MSAs to ensure interoperability with various networking equipment brands.

• High-Speed Data Rates

  • Supports 1000BASE-X Gigabit Ethernet standards.
  • Supports 10GBASE-SR, LR, and ER for high-bandwidth applications.

Specifications

What’s in the Box

• Cisco SFP or SFP+ Transceiver Module
• Protective Dust Cap
• Installation Documentation

Why Choose Cisco SFP Optics

• The internal EEPROM provides identification data that allows the switch to verify the module’s authenticity.
• Additionally, the low power consumption design reduces the overall heat dissipation within the rack cabinet.
• Furthermore, these optical interfaces support long-reach applications up to 40km or 80km depending on the model.
• However, users can also deploy short-range multi-mode fiber for cost-effective intra-rack patching.
• This system ensures maximum uptime by allowing for granular port-by-port expansion as network demand grows.