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- In Stock: 26
- Manufacturer: Ciena
- Model or Part: 130-0300-903
- Condition: Refurbished
- Weight: 1.00lb
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Item Condition
New - Sealed or Open Box ConditionExcellent - Almost-New, Missing Original Packaging
Refurbished - Seller Refurbished, Good Condition, Previously Used Item
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Overview
The Ciena 130-0300-903 Multiwave Combiner Module is a high performance, compact solution designed to aggregate multiple optical wavelengths onto a single fiber pair. Engineered for modern dense wavelength division multiplexing (DWDM) networks, this module delivers low insertion loss, high channel isolation and reliable operation in demanding carrier and metro environments. Its plug-and-play design simplifies installation and reduces the need for extensive splicing, helping operators accelerate deployment and lower total cost of ownership.
Key Features
- Supports up to 8 wavelengths per fiber pair with flexible channel spacing
- Low insertion loss typically less than 1 dB per channel
- High channel isolation greater than 30 dB to minimize crosstalk
- Compact 1U rack-mount form factor for space constrained sites
- Hot-swap capable for non-disruptive maintenance
- Compatible with Ciena WaveLogic and WaveFlex platforms
Technical Specifications
- Model number: 130-0300-903
- Operating wavelength range: 1525 nm to 1565 nm
- Channel count: 8 x 100 Gbps or 16 x 50 Gbps per fiber pair
- Polarization mode dispersion: less than 0.1 ps sqrt(km)
- Return loss: better than -55 dB
- Power consumption: less than 5 W
- Temperature range: 0 deg to 45 deg C (operating)
- Dimensions: 1U height, 19 inch rack width
Applications
- Metro aggregation where space and power efficiency are critical
- Long haul backbone upgrades requiring seamless wavelength addition
- Carrier Ethernet and IP/MPLS transport networks
- Data center interconnects that demand high bandwidth density
- Network virtualization and SDN environments needing flexible optical provisioning
By integrating the Ciena Multiwave Combiner Module into your optical infrastructure, you gain a scalable, reliable and cost-effective pathway to expand capacity while preserving signal integrity across the network.