UCS-SP-INFRA-FI Cisco UCS 6248UP 48 Port Fabric Interconnect Module

Cisco UCS-SP-INFRA-FI 48-Port Fabric Module Overview

The Cisco UCS-SP-INFRA-FI UCS 6248UP 48-Port Fabric Interconnect Module is a powerful networking component designed to deliver advanced connectivity, streamlined infrastructure management, and high-speed data transmission in modern data center environments. Developed by Cisco, this module is engineered to support scalable unified computing systems and optimize enterprise network performance.

Product Identification

• Manufacturer: Cisco
• Part Number: UCS-SP-INFRA-FI
• Product Type: Network Accessories
• Device Category: Fabric Interconnect Module
• Port Density: 48 Ports High-Speed Connectivity

Core Functional Capabilities

• Low-latency switching for high-performance workloads
• Centralized management of server and network traffic
• Optimized virtualization support for dynamic environments
• Scalable architecture for growing data center demands

Performance Enhancements

• High-speed data switching with minimal packet loss
• Efficient traffic load balancing across connected systems
• Seamless integration with Cisco UCS platforms
• Enhanced bandwidth utilization for optimized throughput

Integration Advantages

• Compatible with Cisco Unified Computing System architecture
• Supports hybrid and virtualized data center environments
• Reduces cabling complexity and operational overhead
• Improves centralized orchestration and control

Management Features

• Centralized network control interface
• Automated configuration and provisioning support
• Real-time monitoring and diagnostics
• Enhanced system security and access control

Common Deployment Scenarios

• Cloud computing data centers
• Virtualized server environments
• High-performance enterprise networks
• Storage and compute convergence platforms

Cisco UCS-SP-INFRA-FI 48 Port Fabric Interconnect Module 

The Cisco UCS-SP-INFRA-FI UCS 6248UP 48 Port Fabric Interconnect Module represents a high-performance, enterprise-class networking and infrastructure connectivity solution designed for unified computing environments. Built to support scalable data center architectures, this fabric interconnect module serves as a critical aggregation point for compute, storage, and network traffic within Cisco Unified Computing System (UCS) deployments. It is engineered to simplify data center operations, reduce cabling complexity, and deliver low-latency, high-bandwidth connectivity across virtualized and physical workloads.

As part of the Cisco UCS fabric interconnect family, the 6248UP model is widely recognized for its flexibility, scalability, and integration capabilities with blade servers and rack servers. It provides a centralized management layer and high-speed switching fabric that enhances performance consistency and operational efficiency in modern IT infrastructures.

High-Density 48-Port Architecture and Design Efficiency

Scalable Port Configuration for Enterprise Workloads

The 48-port architecture of the Cisco UCS 6248UP fabric interconnect module is designed to accommodate large-scale enterprise networking demands. Each port is engineered to support unified fabric connectivity, allowing seamless integration of Ethernet and Fibre Channel traffic over a single infrastructure. This reduces the need for multiple separate networks, improving efficiency and lowering operational overhead.

Optimized Throughput for Data-Intensive Applications

With its high-density port configuration, the module supports demanding workloads such as virtualization, cloud computing, database management systems, and high-performance computing environments. The architecture is optimized to handle significant data throughput while maintaining low latency and predictable network behavior across all connected devices.

Unified Fabric Design Advantages

The unified fabric approach eliminates redundancy in network infrastructure by converging LAN and SAN traffic. This consolidation reduces hardware costs and simplifies network management, making it ideal for organizations transitioning toward software-defined data centers.

Enterprise-Class Performance and Switching Capabilities

Low-Latency Switching Fabric

The Cisco UCS 6248UP fabric interconnect module is built with a high-performance switching engine that ensures minimal latency in data transmission. This is particularly important in environments where real-time processing and high-speed data exchange are critical, such as financial systems, cloud services, and virtual desktop infrastructures.

High Bandwidth Aggregation

The module is capable of aggregating multiple high-speed links to deliver consistent and scalable bandwidth. This enables enterprises to expand their infrastructure without compromising performance or introducing bottlenecks into the network.

Support for Virtualized Environments

Virtualization technologies rely heavily on stable and efficient networking layers. The Cisco UCS 6248UP fabric interconnect provides consistent performance for virtual machines, hypervisors, and containerized workloads, ensuring smooth workload migration and balanced resource allocation.

Integrated Management and Unified Computing Control

Cisco UCS Manager Integration

One of the defining features of the Cisco UCS-SP-INFRA-FI UCS 6248UP module is its deep integration with Cisco UCS Manager. This management platform provides centralized control over compute, network, and storage resources, enabling administrators to configure and monitor the entire infrastructure from a single interface.

Policy-Based Infrastructure Management

The system uses policy-driven automation to streamline configuration tasks and enforce consistent deployment standards across all connected devices. This reduces human error and accelerates provisioning processes in large-scale data centers.

Automation and Operational Efficiency

Automation capabilities allow IT teams to deploy services faster, manage workloads more efficiently, and maintain consistent system performance. This significantly improves operational agility and reduces downtime associated with manual configuration processes.

Advanced Connectivity Features and Protocol Support

Multi-Protocol Support for Flexible Deployment

The Cisco UCS 6248UP fabric interconnect module supports multiple networking protocols, enabling flexible integration into diverse IT environments. This includes support for Ethernet and Fibre Channel over Ethernet (FCoE), allowing unified transport of storage and network traffic.

Seamless Data Center Integration

The module is designed to integrate seamlessly with existing data center infrastructures. It supports interoperability with a wide range of Cisco UCS components, networking devices, and third-party systems, making it suitable for hybrid environments.

Enhanced Network Virtualization Capabilities

Network virtualization features enable logical segmentation of physical infrastructure, allowing multiple virtual networks to operate independently on the same hardware platform. This improves security, resource utilization, and traffic management efficiency.

Data Center Optimization and Infrastructure Simplification

Reduction of Physical Network Complexity

By consolidating multiple network functions into a single fabric interconnect module, organizations can significantly reduce physical infrastructure complexity. This results in fewer switches, reduced cabling requirements, and simplified rack configurations.

Energy Efficiency and Cost Reduction

The streamlined architecture contributes to lower power consumption and reduced cooling requirements. Over time, this translates into significant operational cost savings for large-scale data centers.

Space Optimization in Rack Environments

The compact design of the Cisco UCS 6248UP allows enterprises to maximize rack space utilization, enabling higher compute density without expanding physical data center footprint.

Security and Network Isolation Features

Advanced Access Control Mechanisms

Security is embedded into the architecture of the Cisco UCS 6248UP fabric interconnect module. It supports granular access control policies that regulate user and device interactions within the network environment.

Segmentation and Traffic Isolation

Network segmentation capabilities allow administrators to isolate sensitive workloads and enforce strict security boundaries. This reduces the risk of unauthorized access and lateral movement within the infrastructure.

Secure Management Interfaces

The module provides secure management interfaces that protect configuration and monitoring functions from unauthorized access. Encryption protocols ensure secure communication between management tools and infrastructure components.

Performance Scalability for Modern Data Centers

Expansion Capabilities

The Cisco UCS-SP-INFRA-FI UCS 6248UP module is designed to scale alongside evolving business requirements. Enterprises can expand their infrastructure without replacing core switching components, making it a cost-effective long-term investment.

Support for Growing Data Demands

As organizations generate and process increasing volumes of data, the fabric interconnect module ensures consistent performance scaling to meet rising demands without degradation in service quality.

Future-Ready Network Infrastructure

The architecture is engineered to support future advancements in networking technology, ensuring compatibility with next-generation data center solutions and evolving enterprise requirements.

Operational Use Cases in Enterprise Environments

Cloud Service Providers

Cloud service providers rely on the Cisco UCS 6248UP fabric interconnect module to deliver scalable and reliable infrastructure services. Its high bandwidth and low latency make it ideal for hosting multi-tenant environments.

Enterprise Virtualization Platforms

Organizations implementing virtual desktop infrastructure (VDI) and server virtualization benefit from the module’s ability to efficiently handle large-scale virtual workloads.

High-Performance Computing Systems

In high-performance computing environments, the module ensures fast data exchange between compute nodes, enabling faster processing of complex computational tasks.