N9K-X9564PX Cisco Expansion Module - 48 Ports

Product Overview of Cisco N9K-X9564PX Expansion Module

The Cisco N9K-X9564PX 48 Ports Expansion Module is a high-performance networking expansion solution designed for the Cisco Nexus 9000 Series data center switches. Engineered to enhance network scalability, flexibility, and connectivity capacity, this expansion module provides a powerful combination of high-speed Ethernet interfaces and advanced uplink capabilities. It is ideal for organizations looking to expand their existing Cisco Nexus infrastructure while maintaining reliable performance for demanding enterprise, cloud, and data center environments.

Manufactured by Cisco, the N9K-X9564PX expansion module delivers a large number of high-bandwidth connections through 48x 10 Gigabit Ethernet SFP+ ports and 4x 40 Gigabit Ethernet QSFP+ uplink ports. This module enables network administrators to increase port density, optimize data traffic flow, and support modern applications that require fast, efficient, and scalable network communication.

General Information 

• Manufacturer: Cisco
• Part Number: N9K-X9564PX
• Device Type: Network Expansion Module

 Technical Information

• Product Family: Cisco Nexus 9000 Series
• Module Type: Ethernet Expansion Line Card
• Port Configuration: 48x 10 Gigabit Ethernet SFP+ ports
• Uplink Configuration: 4x 40 Gigabit Ethernet QSFP+ ports
• Compatible Series: Cisco Nexus 9000 Series
• Supported Chassis: N9K-C9504-FM, N9K-C9508-FM, N9K-C9516-FM
• SFP Modules: Not Included
• Application: Enterprise networking, data centers, cloud infrastructure

Benefits of 48x 10Gb Ethernet SFP+ Ports

• Provides high-speed 10 Gigabit Ethernet connectivity for enterprise networks.
• Supports flexible fiber and copper connectivity options through compatible SFP+ modules.
• Helps increase server and storage network bandwidth.
• Improves data transfer performance for virtualization and cloud applications.
• Enables efficient network expansion without additional switch deployment.

Advantages of 40Gb QSFP+ Uplink Ports

• Enables high-bandwidth connections between network layers.
• Supports fast data aggregation and traffic forwarding.
• Provides improved scalability for growing data center environments.
• Helps reduce network congestion through higher-speed uplinks.
• Supports advanced data center network designs.

Compatible Cisco Nexus Platforms

• Cisco Nexus N9K-C9504-FM
• Cisco Nexus N9K-C9508-FM
• Cisco Nexus N9K-C9516-FM

Connectivity Flexibility Features

• Supports a wide range of compatible Cisco SFP+ transceiver options.
• Provides adaptable network configurations for different environments.
• Allows customized connectivity solutions based on infrastructure requirements.
• Helps simplify future network upgrades and expansions.

Designed for Enterprise Data Center Environments

Common Deployment Applications

• Enterprise data centers
• Cloud computing infrastructure
• Virtualized server environments
• Large-scale storage networks
• High-performance computing environments
• Network aggregation and distribution layers

Key Performance Advantages

• High-density Ethernet connectivity for growing networks.
• Optimized bandwidth distribution between access and core layers.
• Scalable architecture for future expansion.
• Reliable operation for mission-critical applications.
• Enhanced flexibility through modular network design.

Cisco N9K-X9564PX 48 Ports Expansion Module Overview

The Cisco N9K-X9564PX 48 Ports Expansion Module is an advanced high-performance line card designed for the Cisco Nexus 9500 Series modular switches. Built for modern enterprise data centers, cloud environments, and large-scale network infrastructures, this expansion module delivers high-density connectivity, exceptional scalability, and efficient traffic management capabilities. As organizations continue to adopt virtualization, cloud computing, big data applications, and high-bandwidth services, network infrastructure requires components that can support increasing workloads while maintaining reliability and operational efficiency.

The Cisco N9K-X9564PX expansion module provides 48 ports of high-speed Ethernet connectivity, allowing businesses to expand their Cisco Nexus switching platforms with additional interface capacity. Designed with data center requirements in mind, this module supports demanding networking applications where consistent throughput, low latency, and flexible deployment options are essential. It helps organizations build resilient network architectures capable of handling current and future technology demands.

High-Density Networking Solution for Cisco Nexus 9500 Platforms

The Cisco N9K-X9564PX 48 Ports Expansion Module belongs to the Cisco Nexus 9500 Series family of modular switching components. It is engineered to increase the port density of compatible Nexus chassis while maintaining the performance standards expected from enterprise-class networking equipment. The module allows network administrators to scale their infrastructure without replacing existing switching platforms, providing a cost-effective solution for network expansion.

High-density expansion modules play an important role in data center networking because they enable organizations to connect more servers, storage systems, virtualization hosts, and network devices within a single switching architecture. The Cisco N9K-X9564PX supports flexible network growth by adding additional interfaces that can accommodate increasing numbers of connected devices.

Advanced Cisco Nexus Architecture Integration

The Cisco N9K-X9564PX is specifically designed to integrate seamlessly with Cisco Nexus 9500 modular switches. Cisco Nexus platforms are widely recognized for their high availability, scalability, and advanced software capabilities. By adding this expansion module, organizations can enhance their existing Nexus infrastructure and improve network efficiency.

The module works as an integral part of the Nexus switching architecture, benefiting from Cisco's advanced operating system features, automation capabilities, and comprehensive management tools. This integration allows administrators to simplify network operations while maintaining visibility and control across complex environments.

Enterprise-Grade Performance and Reliability

Enterprise networks require hardware components that can operate continuously under demanding workloads. The Cisco N9K-X9564PX 48 Ports Expansion Module is developed with reliability and performance in mind. It provides consistent packet forwarding capabilities and supports high-speed communication between connected devices.

Organizations using this module can improve their network design by reducing bottlenecks, increasing available bandwidth, and creating more efficient data paths. Its enterprise-grade construction makes it suitable for mission-critical applications where network interruptions can impact productivity and business operations.

Key Features of Cisco N9K-X9564PX 48 Ports Expansion Module

The Cisco N9K-X9564PX expansion module includes several features that make it a valuable addition to large-scale networking environments. Its high port density, compatibility with Cisco Nexus 9500 systems, and support for advanced data center networking requirements allow businesses to create flexible and scalable infrastructures.

This expansion module is designed for organizations that need additional Ethernet connectivity while maintaining the performance and management capabilities of their existing Cisco Nexus platforms. It provides a practical approach to expanding network capacity without requiring a complete infrastructure replacement.

48-Port Connectivity Expansion Capability

One of the primary advantages of the Cisco N9K-X9564PX is its ability to provide 48 additional ports within a Cisco Nexus 9500 chassis. This high-density design enables administrators to connect a larger number of devices while optimizing rack space and reducing the need for additional standalone networking equipment.

The availability of multiple ports from a single expansion module simplifies network design and allows organizations to create more efficient physical layouts. Data centers can connect servers, application platforms, storage devices, and other infrastructure components through a centralized switching environment.

Optimized Data Center Connectivity

Modern data centers require networking solutions capable of supporting high-volume data transfers, application workloads, and real-time communication. The Cisco N9K-X9564PX provides the connectivity foundation required for these environments by enabling efficient data movement between critical systems.

Whether deployed in enterprise data centers, cloud service environments, or large virtualization infrastructures, this expansion module helps improve network performance by providing additional interface capacity. It supports the continuous growth of connected devices and increasing bandwidth requirements.

Scalable Infrastructure Expansion

Scalability is a major consideration for modern IT environments. Businesses need networking components that can adapt as their infrastructure grows. The Cisco N9K-X9564PX enables organizations to expand their Cisco Nexus switching capacity while protecting their existing technology investments.

By adding expansion modules instead of replacing entire switching systems, companies can achieve gradual infrastructure upgrades. This approach helps reduce operational costs and provides greater flexibility for future network development.

Applications of Cisco N9K-X9564PX Expansion Module in Modern Networks

The Cisco N9K-X9564PX 48 Ports Expansion Module is suitable for various networking applications where high availability, performance, and scalability are required. It is commonly used in enterprise data centers, service provider networks, cloud computing environments, and large-scale business infrastructures.

Enterprise Data Center Deployments

Enterprise data centers depend on reliable networking equipment to support business applications, databases, virtualization platforms, and internal services. The Cisco N9K-X9564PX helps organizations expand their switching environments to accommodate more connected systems.

Large enterprises can use this module to improve network organization, increase connectivity options, and support demanding workloads. It provides the additional capacity required for growing IT environments while maintaining centralized management through the Cisco Nexus platform.

Cloud and Virtualization Infrastructure Support

Cloud computing and virtualization technologies require highly efficient network architectures. Virtual machines, containers, and cloud applications generate significant traffic between servers and storage resources. The Cisco N9K-X9564PX provides the additional connectivity needed to support these complex environments.

By enabling greater network density, the module assists organizations in building flexible infrastructures capable of handling dynamic workloads. It supports the networking requirements of private clouds, hybrid cloud environments, and large-scale virtualization deployments.

High-Performance Server Connectivity

Modern servers generate large amounts of network traffic due to advanced applications, analytics platforms, and distributed computing systems. The Cisco N9K-X9564PX helps connect high-performance servers to the switching infrastructure efficiently.

Its high-density port design enables better utilization of available rack space while providing the connectivity required for demanding workloads. This makes it an effective choice for organizations operating compute-intensive applications.

Cisco N9K-X9564PX Expansion Module Benefits

The Cisco N9K-X9564PX provides multiple benefits for organizations seeking to improve their network infrastructure. Its modular design, enterprise reliability, and compatibility with Cisco Nexus technology make it a strong solution for expanding data center capabilities.

Improved Network Efficiency

Adding the Cisco N9K-X9564PX expansion module allows organizations to improve network efficiency by increasing available interfaces and optimizing device connectivity. More available ports provide greater flexibility when designing network layouts and connecting additional infrastructure components.

Reduced Infrastructure Complexity

A modular expansion approach reduces complexity by allowing businesses to enhance existing switching systems rather than deploying multiple independent devices. This simplifies management, improves operational consistency, and helps administrators maintain better control over network resources.

Long-Term Investment Protection

Cisco Nexus platforms are designed with long-term scalability in mind. The Cisco N9K-X9564PX allows organizations to continue using their existing Nexus infrastructure while expanding network capacity. This helps maximize hardware investments and supports future technology growth.

Technical Importance of Modular Network Expansion

Modular network components are essential for organizations that require adaptable and future-ready infrastructures. Unlike fixed-port switches, modular switching systems allow businesses to customize their network capacity according to specific requirements.

The Cisco N9K-X9564PX represents this modular approach by providing additional connectivity within an established Cisco Nexus architecture. It enables administrators to respond quickly to changing business requirements, increasing workloads, and expanding user demands.

Flexible Data Center Network Design

Flexible network design is critical for modern organizations because technology requirements continue to evolve rapidly. The Cisco N9K-X9564PX supports flexible deployment strategies by allowing network architects to expand switching capacity based on operational needs.

Professional Networking Infrastructure Enhancement

The Cisco N9K-X9564PX 48 Ports Expansion Module is an important component for organizations looking to enhance professional networking infrastructures. It provides additional connectivity, supports scalable growth, and integrates with Cisco Nexus 9500 Series switching solutions to deliver a powerful foundation for modern data center operations.