Cisco EDR Optical Pluggable Module for 2:1 Tx DWDM-CH28

CiscoSKU: 5352652

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Description

Cisco EDR Optical Pluggable Module for 2:1 Tx DWDM-CH28

Designed for modern optical networks, the Cisco EDR Optical Pluggable Module for 2:1 Tx DWDM-CH28 delivers dependable performance, scalable bandwidth, and streamlined deployment in high-demand environments. This Optical Pluggable Module (OPM) is engineered to integrate seamlessly with Cisco’s optical transport platforms, enabling precise DWDM transmission on CH28 channel plans while prioritizing reliability and efficiency. Whether you’re building a metro backbone, a data-center interconnect, or a carrier-grade DWDM fabric, this module provides a compact, hot-swappable solution that reduces maintenance windows and simplifies network scalability. The EDR designation signals enhanced data-rate capabilities and robust performance in dense wavelength-division multiplexing deployments, empowering operators to maximize fiber capacity without compromising signal integrity. With a focus on long-term uptime and energy-efficient operation, the Cisco EDR Optical Pluggable Module stands as a strategic choice for network operators who demand both performance and reliability in their optical networks.

  • Plug-and-play integration with Cisco OPM slots and CH28 DWDM configurations: This module is designed to slot directly into compatible Cisco transceiver paths, enabling rapid deployment with minimal disruption. It supports the 2:1 TX DWDM flow for efficient spectrum usage and streamlined channel management, making it ideal for operators seeking to maximize fiber utilization without lengthy reconfigurations.
  • 2:1 TX DWDM capability for scalable bandwidth: The device supports a two-to-one transmitter arrangement within CH28 channel plans, delivering higher aggregate throughput while preserving signal integrity across long-haul or metro-scale networks. This design helps you balance capacity growth with stable, predictable performance in dense DWDM environments.
  • Reliability you can depend on: Engineered for telecom-grade operation, the EDR OPM emphasizes high uptime, consistent performance, and robust tolerance to environmental variations common in data centers and service-provider sites. Its hardened construction and industry-standard interfaces help reduce maintenance frequency and extend mean time between failures (MTBF).
  • Energy-efficient design and thermal awareness: The module is optimized for low power consumption relative to its performance, supporting cooler operation in dense rack environments. Efficient power use translates to reduced cooling demands and lower total cost of ownership over the device’s lifecycle.
  • Hot-swappable, easy maintenance: With a plug-and-play, hot-swappable form factor, the Cisco EDR Optical Pluggable Module enables rapid replacements and upgrades without taking the entire system offline. This feature minimizes service interruptions and accelerates network resilience improvements.

Technical Details of Cisco EDR Optical Pluggable Module for 2:1 Tx DWDM-CH28

Technical specifications are provided in product manuals and SKU-specific datasheets. For precise values, refer to the official product specifications corresponding to your UPC or SKU. The information below offers a general overview of the module’s capabilities and intended use in optical transport networks.

  • Module type: Cisco EDR Optical Pluggable Module (OPM)
  • Transmission configuration: Supports 2:1 TX DWDM operation for CH28 channel plan deployments
  • Form factor: Optical Pluggable Module designed for hot-swappable integration within compatible Cisco transceiver slots
  • Network application: Optical transport and DWDM networking to enable scalable bandwidth and efficient wavelength utilization
  • Reliability and environment: Built for telecom-grade reliability with stable performance across typical data-center and network conditions

How to install Cisco EDR Optical Pluggable Module for 2:1 Tx DWDM-CH28

Follow these recommended steps to ensure safe installation and optimal performance in supported Cisco equipment:

  • Prepare for installation by powering down the affected module area per your organization’s maintenance policy.
  • Handle the OPM with proper anti-static precautions; inspect the module for any signs of damage before installation.
  • Align the module with the appropriate OPM slot in the chassis and insert firmly until the latch engages securely.
  • Attach the optical fiber connections according to the CH28 DWDM channel plan, ensuring connectors are clean, correctly oriented, and mated properly to avoid signal loss.
  • Power on the system, observe status LEDs, and perform end-to-end testing to verify 2:1 TX DWDM performance and overall link integrity.

Frequently asked questions

  • Q: What is the Cisco EDR Optical Pluggable Module for 2:1 Tx DWDM-CH28, and what is its primary function?
  • A: The module is a plug-and-play optical interface designed for Cisco optical networks, delivering reliable DWDM transmission with CH28 channel planning and a 2:1 transmitter configuration to optimize bandwidth and spectral efficiency.
  • Q: What does 2:1 TX DWDM-CH28 mean in practical terms for capacity planning?
  • A: It indicates a transmitter arrangement that uses two channels or two wavelengths in a coordinated manner within the CH28 plan, enabling higher aggregate throughput while maintaining signal integrity and manageable channel spacing in dense DWDM deployments.
  • Q: Is this module compatible with existing Cisco devices?
  • A: Yes, it is designed to integrate with Cisco optical transport platforms and compatible transceiver slots. Always confirm slot compatibility with your specific chassis and line cards before deployment.
  • Q: What benefits does the Cisco EDR OPM offer for network operators?
  • A: It provides reliable, scalable DWDM performance with plug-and-play installation, reduced maintenance windows, and the ability to increase capacity without a major hardware redesign, delivering improved uptime and efficiency in optical networks.
  • Q: How should I handle installation and ongoing maintenance?
  • A: Follow standard anti-static handling procedures, keep connectors clean, and perform routine verification tests after installation. Monitor performance metrics and LEDs to ensure sustained DWDM operation and promptly address any anomalies.

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