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Home Networking Transceiver Cisco DWDM SFP 1545.32nm 100GHz ITU Optical Module

Cisco DWDM SFP 1545.32nm 100GHz ITU Optical Module

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The Cisco DWDM SFP Module 1545.32nm 100GHz ITU Grid is a high-performance optical transceiver designed for Dense Wavelength Division Multiplexing (DWDM) systems. It operates at 1545.32nm on a 100GHz ITU grid and enables scalable, high-capacity optical transport for carrier-grade networks.

OVERVIEW

  • The Cisco DWDM SFP 1545.32nm 100GHz module is engineered for high-capacity optical transport in DWDM networks. It enables efficient wavelength-based communication across metro and long-haul fiber infrastructure. With hot-pluggable capability, it integrates seamlessly into Cisco optical systems while delivering stable, scalable, and high-performance data transmission for telecom and enterprise environments.

USE CASES

  • Metro optical transport networks
  • Long-haul fiber backbone systems
  • Carrier-grade DWDM infrastructure
  • Data center interconnect (DCI)
  • Telecom core transport networks
  • ISP backbone connectivity
  • Cloud provider optical transport
  • High-bandwidth enterprise WAN links
  • Financial trading network connectivity

KEY FEATURES

  • DWDM wavelength: 1545.32nm
  • 100GHz ITU grid spacing
  • Hot-pluggable SFP form factor
  • High-capacity optical transmission
  • Low-latency fiber performance
  • Carrier-grade reliability
  • Stable wavelength-based transport
  • Seamless Cisco optical integration
  • Optimized for metro and long-haul use
  • Energy-efficient optical design
  • High scalability for DWDM networks
  • Enterprise-grade performance

TECHNICAL SPECIFICATIONS

  • Brand: Cisco
  • Product Type: DWDM SFP Transceiver
  • Wavelength: 1545.32nm
  • Grid: 100GHz ITU
  • Form Factor: SFP
  • Interface: Optical Fiber
  • Type: Hot Pluggable

WHY CHOOSE THIS PRODUCT?

  • Designed for high-capacity DWDM optical networks
  • Ensures stable long-distance data transmission
  • Hot-pluggable design for easy deployment
  • Supports carrier-grade telecom infrastructure
  • Ideal for metro and backbone fiber systems
  • Provides reliable wavelength-based communication
  • Seamless integration with Cisco optical platforms
  • Reduces complexity in network expansion
  • High efficiency for dense wavelength routing

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