The Cisco ONS 15530 - modular expansion base (Part Number: 15530-CHAS-E) is a robust and adaptable network component designed for enhancing the capacity and scalability of Cisco ONS 15530 systems. This base chassis is used in optical networking environments, particularly in Dense Wavelength-Division Multiplexing (DWDM) applications, which requires high-speed data transport across long distances while optimising bandwidth and reducing infrastructure costs.
The modular design of the 15530-CHAS-E offers significant advantages, allowing for the installation of additional modules as needed for specific network demands. The 15530-CHAS-E can house network elements that support a wide range of features, including high-speed broadband connections, increased port density, and improved failover capabilities. The modularity of the chassis makes it highly customisable and flexible to meet the evolving needs of service providers and enterprise networks.
This chassis supports multiple interface types and is compatible with a variety of plug-in cards such as transponder and muxponder cards, which enables a higher degree of flexibility for managing data flows and optimising optical performance to ensure uninterrupted service delivery. This expansion base incorporates advanced cooling mechanisms to maintain optimal performance under heavy loads, preventing overheating of critical components.
Additionally, the Cisco ONS 15530 chassis is designed to fit into standard equipment racks, making it easy to install and compatible with existing equipment setups. The chassis is both durable and reliable, providing long-term serviceability while ensuring minimal maintenance due to its robust construction and efficient design.
EOL Technology Services provides professional support and replacement parts for discontinued or less commonly available equipment like the Cisco ONS 15530 - modular expansion base. Our team ensures reliable delivery and assistance to maintain the performance of legacy systems through expert services and sourcing of original parts.