Cisco 24WMR 24-Way Wavelength Multiplexer with 10 Gbps per Channel and 1310/1550 nm Support

Cisco 24WMR - 24-Way Wavelength Multiplier

The Cisco 24WMR is a high-performance wavelength multiplier designed to expand the capacity of optical networks with ease and reliability. By converting a single input wavelength into twenty-four distinct output wavelengths, it delivers dense wavelength division multiplexing (DWDM) solutions for both data centers and service providers.

• Compact 24-Port Design - Each port supports a full set of DWDM channels, allowing rapid deployment without the need for additional equipment.
• Low Insertion Loss - Minimal signal degradation ensures that your optical links maintain high quality over long distances.
• Broad Wavelength Range - Supports standard C-band and L-band wavelengths, giving you flexibility to integrate with existing infrastructure.
• Easy Integration - Plug-and-play functionality with Cisco's proven management software streamlines configuration and monitoring.
• Scalable Architecture - Add or remove ports as your network grows without disrupting service.

Technical Specifications:

• Power Consumption: 24W
• Operating Temperature: 0 to 55 degrees Celsius
• Port Density: 24 optical input ports, 24 optical output ports
• Supported Modulation Formats: NRZ, PAM4, and more
• Interface Compatibility: SFP+, QSFP28, and other Cisco transceiver standards
• Control Protocols: SNMP, REST API, and CLI access for full network visibility.

Applications:

• Data Center Interconnect - Expand bandwidth between high-density racks without additional fiber runs.
• Metro Ethernet - Provide high-capacity links across urban networks with minimal latency.
• Cloud Service Delivery - Deliver reliable, scalable connectivity to cloud platforms and edge locations.
• Telecom Backbone - Enhance capacity on long-haul routes while maintaining signal integrity.

The Cisco 24WMR delivers unparalleled performance in a compact form factor, making it an essential component for any organization looking to future-proof its optical network infrastructure.