Cisco N77-C7710 Nexus 7700 10 Slots Switch Chassis

Slots

The Cisco N77-C7710 Switch Chassis is a high-performance and flexible networking solution designed to meet the demands of modern data centers. One of its standout features is the availability of 10 slots, which allows for extensive scalability and customization.

Scalability

With 10 slots available, the Cisco N77-C7710 Switch Chassis offers exceptional scalability options for growing network infrastructures. Each slot can accommodate various line cards, supervisor modules, and fabric modules, enabling organizations to expand their networks based on evolving requirements. Whether you need to increase port density, enhance performance, or add new features, the ample number of slots ensures that you have the flexibility to scale your network infrastructure without the need for costly hardware replacements.

Customizability

The 10 slots in the Cisco N77-C7710 Switch Chassis provide users with unparalleled customizability options. Organizations can choose from a wide range of line cards and modules to tailor their switch chassis to specific networking needs. Whether it’s high-density Ethernet ports, fiber connectivity, or advanced switching capabilities, the ability to mix and match modules within the available slots allows for a truly customized solution that meets unique network requirements.

Line Cards

The Cisco N77-C7710 Switch Chassis supports a variety of line cards that can be inserted into its slots. These line cards offer different port densities and connectivity options, allowing organizations to build a network infrastructure that aligns with their specific needs. Whether you require Gigabit Ethernet ports for connecting end devices or multi-gigabit ports for high-speed uplinks, the availability of multiple line card options ensures that you can choose the right combination to achieve optimal performance.

Supervisor Modules

Supervisor modules play a crucial role in managing and controlling the entire switch chassis. The Cisco N77-C7710 Switch Chassis offers multiple slot options for supervisor modules, ensuring redundancy and high availability. By utilizing the available slots for supervisor modules, organizations can benefit from increased reliability and resiliency, minimizing the risk of network downtime and maximizing operational continuity.

Fabric Modules

The Cisco N77-C7710 Switch Chassis also supports fabric modules that provide high-speed connectivity between line cards and supervisor modules. These fabric modules ensure efficient data transfer within the switch chassis, enabling seamless communication between different components. With 10 slots available, organizations can take full advantage of fabric modules to establish a robust and high-performance network infrastructure.

Redundancy and High Availability

The availability of 10 slots in the Cisco N77-C7710 Switch Chassis enables organizations to implement redundancy and achieve high availability in their network architecture. By utilizing multiple line cards, supervisor modules, and fabric modules across the available slots, organizations can create redundant paths and eliminate single points of failure. This redundancy ensures uninterrupted network operation even in the event of component failures or maintenance activities.

Redundant Supervisor Modules

With the ability to install multiple supervisor modules across different slots, the Cisco N77-C7710 Switch Chassis provides redundancy at the core of the network infrastructure. In the event of a supervisor module failure, the switch chassis seamlessly switches control to the backup module, ensuring uninterrupted network operation. This redundancy is crucial for mission-critical environments where downtime can result in significant financial losses or operational disruptions.

Redundant Line Cards

By deploying redundant line cards across available slots, organizations can ensure network resilience and uninterrupted connectivity. In case of a line card failure, traffic is automatically rerouted through alternate paths, preventing any disruption to ongoing operations. Redundant line cards also allow for easier maintenance activities as one card can be taken offline for maintenance while the others handle the network traffic.

Future-Proofing

The availability of 10 slots in the Cisco N77-C7710 Switch Chassis provides a level of future-proofing for organizations. In a rapidly evolving technology landscape, where network requirements are constantly changing, having the ability to expand and adapt the network infrastructure is paramount. The ample number of slots allows organizations to accommodate future growth, emerging technologies, and changing business needs without the need for a complete infrastructure overhaul.

Cost Savings

The Cisco N77-C7710 Switch Chassis with its 10 slots offers significant cost savings for organizations. Instead of investing in entirely new switch chassis when network requirements change, organizations can simply add or replace line cards, supervisor modules, or fabric modules within the existing chassis. This modular approach eliminates unnecessary hardware expenses and minimizes the total cost of ownership, making it an economical choice for scaling and customizing network infrastructures.

Efficient Resource Utilization

The ability to customize and scale a network infrastructure using the 10 slots in the Cisco N77-C7710 Switch Chassis enables efficient resource utilization. Organizations can allocate resources precisely where they are needed, avoiding overprovisioning or underutilization of network components. This efficient resource allocation translates into optimized performance and improved return on investment for organizations.

In conclusion, the Cisco N77-C7710 Switch Chassis's 10 slots feature offers exceptional scalability, customizability, redundancy, high availability, future-proofing, cost savings, and efficient resource utilization. Whether you are expanding an existing network or building a new one, the availability of multiple slots empowers organizations to create a tailored and resilient network infrastructure that meets current needs while allowing for future growth and technology advancements.