Cisco N9K-C9504-FM Fabric Module

Overview of the Cisco N9K-C9504-FM

Manufacturer Details

• Brand: Cisco
• Model Identifier: N9K-C9504-FM

Product Specifications

• Designation: Fabric Module for Nexus 9504 Chassis
• Type: Switch Fabric Module

Technical Specifications

Functionality and Purpose

• Primary Role: Switching Fabric
• Usage Context: Designed for high-performance network switching environments

Compatibility

• Compatible With: Cisco Nexus 9504 Chassis
• Integration: Seamlessly integrates with Nexus 9504 infrastructure for enhanced network management

Additional Details

Features and Benefits

• Optimized for advanced switching capabilities
• Enhances overall performance and efficiency of the Nexus 9504 chassis

Technical Highlights

• Robust and reliable fabric module construction
• Supports high-speed data transfer rates and low latency

Deployment Insights

• Easy installation within Nexus 9504 chassis
• Supports scalable network solutions and future expansions

Product Name: Cisco N9K-C9504-FM Fabric Module

The Cisco N9K-C9504-FM Fabric Module is a crucial component of the Cisco Nexus 9504 Switch, providing users with a reliable and efficient networking solution. Designed specifically for the 9504 Fabric Module, this feature offers numerous benefits and plays a significant role in enhancing the overall performance and functionality of the switch.

Superior Performance

The 9504 Fabric Module is built to deliver exceptional performance, ensuring that users can experience seamless connectivity and high-speed data transfer. With its advanced technology and robust design, this fabric module can handle heavy workloads effortlessly, allowing for smooth operation even during peak usage periods. Whether you are streaming large amounts of data, running complex applications, or handling multiple virtual machines, the 9504 Fabric Module ensures that your network operates at optimal speed and efficiency.

Enhanced Scalability

Scalability is a critical factor for any networking solution, especially in rapidly growing business environments. The Cisco N9K-C9504-FM Fabric Module offers outstanding scalability, allowing users to expand their network infrastructure as their needs evolve. With support for a large number of ports and advanced switching capabilities, this fabric module provides the flexibility to accommodate future growth without compromising performance or stability. Whether you need to connect additional devices or integrate new technologies into your network, the 9504 Fabric Module ensures that your network can scale seamlessly.

Reliability and Redundancy

The Cisco N9K-C9504-FM Fabric Module is designed with reliability in mind. It features redundant power supplies and other built-in mechanisms to ensure uninterrupted operation. In the event of a power supply failure, the redundant power supplies kick in automatically, eliminating any potential downtime or disruption to your network. This level of redundancy is crucial for mission-critical applications and businesses that cannot afford any interruptions in their network connectivity.

Hot-swappable

The 9504 Fabric Module is hot-swappable, meaning that it can be replaced or upgraded without shutting down the entire system. This feature simplifies maintenance and reduces downtime, as you can replace faulty or outdated fabric modules on the fly, without interrupting network operations. This capability is particularly valuable in environments where network uptime is of utmost importance, such as data centers or organizations that rely heavily on their network infrastructure.

Front-to-back Airflow

The front-to-back airflow design of the Cisco N9K-C9504-FM Fabric Module ensures efficient cooling and optimal temperature management within the switch chassis. This design allows for better heat dissipation, preventing overheating and ensuring that the switch operates within its recommended temperature range. By maintaining optimal temperature levels, the fabric module extends the lifespan of the entire switch and reduces the risk of component failures due to heat-related issues.

Compatibility: Cisco Nexus 9504 Switch

The compatibility between the Cisco N9K-C9504-FM Fabric Module and the Cisco Nexus 9504 Switch is a crucial aspect that ensures seamless integration and optimal performance. The 9504 Fabric Module is specifically designed to work in conjunction with the Nexus 9504 Switch, offering numerous benefits to users.

Seamless Integration

The Cisco N9K-C9504-FM Fabric Module is designed to seamlessly integrate with the Cisco Nexus 9504 Switch, ensuring a hassle-free deployment process. The fabric module slots into the switch chassis effortlessly, allowing for quick and easy installation. This compatibility eliminates any compatibility issues or configuration complexities that may arise when using components from different vendors. By using the Cisco N9K-C9504-FM Fabric Module with the Nexus 9504 Switch, users can ensure a smooth and efficient networking experience.

Optimal Performance

The compatibility between the Cisco N9K-C9504-FM Fabric Module and the Cisco Nexus 9504 Switch is crucial for achieving optimal performance. These two components are designed to work together seamlessly, leveraging each other's capabilities to deliver exceptional networking performance. The fabric module utilizes the advanced switching capabilities of the Nexus 9504 Switch, ensuring that users can achieve maximum throughput and low latency. This compatibility allows for efficient data transfer, reduced packet loss, and improved overall network performance.

Unified Management

By using the Cisco N9K-C9504-FM Fabric Module with the Cisco Nexus 9504 Switch, users can benefit from unified management and simplified network administration. The fabric module integrates seamlessly into the switch's management interface, allowing for centralized control and monitoring of the entire network infrastructure. This unified management approach streamlines network operations, reduces complexity, and enhances overall efficiency. Users can easily configure and manage their network from a single interface, simplifying tasks such as provisioning, monitoring, and troubleshooting.

Ports: 48 x 1/10/25-Gbps SFP+ ports

The Cisco N9K-C9504-FM Fabric Module is equipped with 48 x 1/10/25-Gbps SFP+ ports, offering users a versatile and high-performance connectivity solution. These ports provide numerous benefits and play a crucial role in meeting the ever-increasing demands of modern networks.

Flexible Connectivity

The 48 x 1/10/25-Gbps SFP+ ports on the Cisco N9K-C9504-FM Fabric Module offer flexible connectivity options, allowing users to connect a wide range of devices and network components. These ports support various data rates, including 1Gbps, 10Gbps, and 25Gbps, providing compatibility with a wide range of devices such as servers, storage devices, and switches. This flexibility enables users to build a network infrastructure that meets their specific requirements and allows for seamless integration of different devices and technologies.

High-Speed Data Transfer

The 1/10/25-Gbps data transfer capability of the SFP+ ports ensures high-speed connectivity, enabling fast and efficient data transfer within the network. Whether you are transferring large files, streaming high-definition multimedia content, or running bandwidth-intensive applications, these ports ensure that data can move quickly and seamlessly. This high-speed data transfer capability is particularly important in today's data-driven environments, where organizations rely heavily on fast and reliable network connectivity to support their operations.

Scalability and Future-Proofing

The 48 x 1/10/25-Gbps SFP+ ports offer scalability and future-proofing for your network infrastructure. These ports provide the flexibility to connect a large number of devices, allowing users to expand their network as their needs grow. Additionally, the support for higher data rates such as 25Gbps ensures that the fabric module can handle the increasing demands of modern applications and technologies. By leveraging the capabilities of these ports, users can future-proof their network infrastructure and avoid costly upgrades or replacements shortly.

Power Supply: Dual Redundant Power Supplies

The Cisco N9K-C9504-FM Fabric Module features dual redundant power supplies, offering users enhanced reliability and uptime. This power supply configuration plays a critical role in ensuring uninterrupted operation and protecting against potential power-related issues.

Enhanced Reliability

The dual redundant power supplies of the Cisco N9K-C9504-FM Fabric Module provide an additional layer of reliability to your network infrastructure. In the event of a power supply failure, the redundant power supply takes over seamlessly, ensuring that your network continues to operate without any interruptions. This redundant power supply configuration eliminates single points of failure and minimizes the risk of downtime due to power-related issues. Organizations that rely on uninterrupted network connectivity can greatly benefit from the enhanced reliability provided by the dual redundant power supplies.

Fault Tolerance

The dual redundant power supplies offer fault tolerance, ensuring that your network remains operational even in the face of power supply failures. This fault tolerance is crucial for mission-critical applications and environments where downtime can result in significant financial losses or reputational damage. By having two independent power supplies, the fabric module provides an extra layer of protection and peace of mind, allowing users to focus on their core business functions without worrying about potential power-related disruptions.

Hot-swappable Power Supplies

The dual redundant power supplies of the Cisco N9K-C9504-FM Fabric Module are hot-swappable, allowing for easy maintenance and replacement. In case of a faulty power supply, you can replace it while the switch is still operational, without shutting down the entire system. This hot-swappable feature minimizes downtime and simplifies maintenance procedures, ensuring that your network remains up and running during power supply replacements. This capability is particularly valuable in environments where network uptime is critical and any disruption can have severe consequences.

Energy Efficiency

The dual redundant power supplies of the Cisco N9K-C9504-FM Fabric Module are designed with energy efficiency in mind. These power supplies are highly efficient, converting input power into usable output power with minimal energy wastage. By utilizing energy-efficient power supplies, users can reduce their carbon footprint and lower their energy costs. Additionally, the fabric module is designed to operate within its recommended temperature range, minimizing heat generation and further contributing to energy efficiency.

Features: Hot-swappable, Front-to-back Airflow

The Cisco N9K-C9504-FM Fabric Module is packed with features that enhance its usability, scalability, and reliability. Two key features of this fabric module are its hot-swappable capability and front-to-back airflow design, which provide significant benefits to users.

Hot-swappable

The hot-swappable feature of the Cisco N9K-C9504-FM Fabric Module allows for easy replacement or upgrade of the module without interrupting network operations. If a fabric module needs to be replaced due to a failure or for upgrading purposes, it can be done on the fly without shutting down the entire system. This hot-swappable capability greatly reduces downtime and minimizes disruptions to network connectivity. It simplifies maintenance procedures, improves operational efficiency, and ensures that your network remains up and running during fabric module replacements.

Front-to-back Airflow

The front-to-back airflow design of the Cisco N9K-C9504-FM Fabric Module ensures efficient cooling and optimal temperature management within the switch chassis. This design allows air to flow from the front to the back of the module, facilitating effective heat dissipation. By maintaining optimal temperature levels, the fabric module enhances its overall reliability and extends its lifespan. The front-to-back airflow design also contributes to the energy efficiency of the module by minimizing power consumption for cooling purposes. This feature is particularly crucial in environments where heat management is critical, such as data centers or network infrastructures with high-density deployments.

Efficient Cooling

The front-to-back airflow design of the Cisco N9K-C9504-FM Fabric Module ensures efficient cooling throughout the switch chassis. By directing airflow from the front to the back, heat generated by the module and other components can be effectively dissipated. This efficient cooling mechanism prevents overheating and ensures that each component operates within its recommended temperature range. By maintaining optimal temperature levels, the fabric module reduces the risk of component failures due to heat-related issues and enhances the overall reliability and performance of the switch.

Improved System Longevity

The front-to-back airflow design not only ensures efficient cooling but also contributes to the longevity of the entire system. By maintaining optimal temperature levels, the fabric module and other components within the switch chassis are less prone to wear and tear caused by excessive heat. This results in a longer lifespan for the system as a whole, reducing the need for frequent replacements or upgrades. By investing in a fabric module with front-to-back airflow design, users can benefit from a more durable and reliable network infrastructure, minimizing costly disruptions and maximizing their return on investment.

Reduced Energy Consumption

The front-to-back airflow design of the Cisco N9K-C9504-FM Fabric Module is not only beneficial for cooling but also contributes to energy efficiency. By directing airflow in a specific path, the module can optimize cooling efficiency while minimizing power consumption. This design ensures that cooling fans only operate when necessary, reducing energy wastage and resulting in lower energy costs for users. By choosing a fabric module with front-to-back airflow design, organizations can reduce their environmental impact and achieve cost savings in their network operations.