10-2672-02 Cisco Multi-mode QSFP+ Transceiver Module 40 Gbps

Cisco 10-2672-02 40Gbps QSFP Transceiver Module Overview

The Cisco 10-2672-02 QSFP transceiver module is designed to deliver reliable high-bandwidth networking performance for modern enterprise and data center environments. Built for 40 Gigabit Ethernet applications, this hot-swappable optical transceiver supports fast deployment, seamless upgrades, and dependable communication across multi-mode fiber infrastructure.

Engineered with advanced optical technology and an MPO connector interface, this networking module enables efficient transmission while maintaining excellent signal integrity for demanding business workloads and high-speed network operations.

Product Specifications and General Information

• Manufacturer: Cisco
• Part Number: 10-2672-02
• Product Category: QSFP Transceiver Module
• Module Type: Hot-Swappable Optical Transceiver
• Form Factor: Plug-in Module

40 Gigabit Ethernet Performance for Modern Networks

• Supports 40 Gigabit Ethernet connectivity
• Optimized for enterprise network infrastructure
• Reduces transmission bottlenecks
• Enhances network responsiveness
• Improves workload distribution efficiency

Multi-Mode Fiber Technology and Optical Efficiency

• 850nm optical operation
• Optimized for short-reach deployments
• Stable optical communication
• Reliable signal delivery

Benefits of Multi-Mode Fiber Infrastructure

• Lower deployment costs compared with extended-range alternatives
• Efficient support for high-speed communication
• Reduced installation complexity
• Excellent compatibility with existing optical environments

Expansion and Interface Features

• Interface Type: 1 × 40Gb Ethernet
• Connector Style: MPO Multi-mode
• Compatible Slot Type: 1 × QSFP+
• Fiber Compatibility: Multi-mode optical cabling

Maximum Transmission Distance and Coverage

• Maximum transfer distance: 490 ft
• Consistent signal performance
• Reliable high-speed communication
• Suitable for structured fiber installations

IEEE 802.3ba Certified Operation

• Supports IEEE 802.3ba specifications
• Improves interoperability
• Ensures consistent communication standards
• Facilitates infrastructure scalability

Compatible Deployment Environments

• Enterprise networking environments
• Cloud infrastructure platforms
• Data center architectures
• Storage networking systems
• High-performance computing environments
• Virtualized server ecosystems

Advantages of Cisco 10-2672-02 Optical Transceiver

• 40Gbps ultra-fast Ethernet throughput
• Hot-swappable installation convenience
• Multi-mode fiber support with MPO connectivity
• 850nm optical wavelength optimization
• QSFP+ compatibility for flexible deployment
• Reliable performance for mission-critical networks
• Standards-based interoperability

Cisco 10-2672-02 40Gbps 850nm QSFP Transceiver Module

The Cisco 10-2672-02 40Gbps Multi-mode Fiber 850nm MPO Connector Hot-Swappable QSFP Transceiver Module is designed to support modern high-speed networking environments that require scalable bandwidth, reliable optical communication, and simplified deployment across enterprise and data center infrastructures. Built around QSFP technology standards and optimized for multi-mode fiber connectivity, this transceiver module enables efficient transmission of high-volume data traffic while maintaining operational stability and compatibility with demanding network architectures.

As organizations continue transitioning toward higher-density networking environments, 40Gbps optical modules remain an important infrastructure component for aggregation layers, core switching environments, virtualization platforms, storage networking systems, and large-scale cloud applications. The Cisco 10-2672-02 module addresses these requirements by delivering optical transmission through 850nm wavelength technology combined with MPO interface architecture.

40Gbps Network Performance for Modern Infrastructure

High-bandwidth network environments require transceiver solutions capable of maintaining continuous throughput with minimal latency and signal degradation. The Cisco 10-2672-02 QSFP transceiver is engineered to provide dependable 40 Gigabit Ethernet connectivity across multi-mode fiber deployments.

By supporting 40Gbps transmission capacity, the module enables organizations to accommodate increasing traffic volumes generated by virtualization, software-defined infrastructure, storage replication, cloud applications, analytics processing, and high-density server communication. Network administrators benefit from reduced congestion and improved resource utilization throughout interconnected environments.

The architecture of this optical transceiver supports efficient packet movement while preserving signal integrity under sustained workloads. This capability becomes especially valuable in environments where uninterrupted communication between switches, storage devices, and computing nodes is essential.

Optimized Throughput for Enterprise Applications

Enterprise applications frequently depend on predictable network behavior to maintain operational continuity. Applications such as business intelligence systems, virtual desktop infrastructure, unified communications, and centralized storage platforms benefit from high-capacity interconnect solutions.

The Cisco 10-2672-02 transceiver supports these scenarios through stable optical transmission characteristics and rapid data exchange capabilities. The result is improved responsiveness across applications while maintaining infrastructure scalability.

Support for Data-Intensive Workloads

Data-intensive operations generate significant network demand across multiple layers of infrastructure. High-volume database transactions, distributed processing environments, and large-scale backup operations require reliable transport technologies.

Deploying 40Gbps QSFP modules allows organizations to reduce bottlenecks and optimize communication pathways between networking equipment and storage resources.

Multi-mode Fiber Connectivity Advantages

Multi-mode fiber remains widely adopted due to its balance of performance, deployment flexibility, and cost efficiency for short-to-medium range communication scenarios. The Cisco 10-2672-02 transceiver utilizes multi-mode fiber technology to support optical networking environments where rapid deployment and infrastructure optimization are priorities.

The use of multi-mode fiber allows organizations to maximize existing cabling investments while enabling migration toward higher transmission speeds.

850nm Optical Transmission Technology

The 850nm operating wavelength serves as an industry-standard optical transmission method for multi-mode networking environments. This wavelength enables efficient light propagation through compatible fiber systems while maintaining communication consistency.

Using 850nm optical technology allows the module to deliver dependable signal performance across supported distances while minimizing complexity in optical network deployment.

Signal Stability and Optical Efficiency

Optical efficiency directly influences overall network reliability. Stable transmission characteristics reduce retransmissions and support consistent throughput under varying workload conditions.

The Cisco 10-2672-02 transceiver is engineered to maintain reliable communication pathways, helping organizations preserve operational efficiency across connected systems.

Reduced Infrastructure Complexity

Multi-mode optical environments often simplify implementation processes compared with more extensive long-distance optical deployments. Organizations can streamline rack layouts and reduce deployment overhead through standardized fiber connections and modular transceiver architecture.

MPO Connector Architecture and Cabling Efficiency

The MPO connector design integrated into the Cisco 10-2672-02 transceiver supports high-density optical connectivity. MPO technology consolidates multiple fiber channels into a single connector structure, enabling efficient cable management and reducing congestion inside networking cabinets and data center pathways.

As network density increases, maintaining organized cable infrastructure becomes increasingly important for operational efficiency and maintenance accessibility.

High-Density Deployment Capabilities

Modern networking environments frequently require large numbers of interconnected devices operating within limited rack space. MPO-based connectivity enables efficient utilization of available infrastructure while reducing excessive cable routing.

By supporting streamlined fiber organization, the Cisco 10-2672-02 transceiver contributes to cleaner installations and simplified maintenance procedures.

Improved Cable Management

Efficient cable management supports airflow optimization, equipment accessibility, and long-term maintainability. Consolidated connector architecture allows administrators to reduce cable complexity while improving visual organization across networking environments.

Enhanced Scalability

Scalable optical connectivity supports future expansion without requiring complete redesign of existing infrastructure. MPO interfaces facilitate incremental growth strategies while preserving investment value.

Hot-Swappable Design for Operational Continuity

One of the defining characteristics of the Cisco 10-2672-02 transceiver module is its hot-swappable capability. This feature allows installation or replacement of the module without shutting down connected equipment.

Hot-swappable operation minimizes maintenance interruptions and supports business continuity requirements across enterprise and data center deployments.

Reduced Downtime During Maintenance

Infrastructure maintenance traditionally introduces service interruptions that can affect application availability and user productivity. Hot-swappable transceivers simplify replacement procedures and reduce operational disruption.

Network teams can perform upgrades, diagnostics, or replacements without requiring extensive maintenance windows.

Flexible Infrastructure Management

Dynamic networking environments benefit from adaptable hardware components. Hot-swappable transceivers enable administrators to respond quickly to changing requirements and evolving network topologies.

QSFP Technology and Modular Networking Architecture

QSFP technology represents an efficient approach to delivering high-bandwidth communication while maintaining compact hardware dimensions. The Cisco 10-2672-02 module supports modular network expansion through standardized transceiver implementation.

Modular infrastructure strategies allow organizations to scale networking capabilities incrementally rather than replacing complete hardware platforms.

Space-Efficient Hardware Design

High-density environments require compact networking components capable of delivering substantial throughput. QSFP modules combine performance and physical efficiency to maximize port density.

The reduced footprint supports deployment across data center racks, enterprise switching environments, and aggregation infrastructure.

Simplified Upgrade Paths

Organizations frequently expand network capacity over time. Modular transceiver designs provide a practical approach for introducing higher-speed communication without major infrastructure changes.

Compatibility Across Enterprise Networking Environments

The Cisco 10-2672-02 transceiver module supports integration within compatible networking platforms that utilize QSFP optical connectivity standards. Compatibility remains a critical consideration when designing scalable infrastructures and planning future expansion.

Consistent interoperability supports simplified procurement processes and predictable deployment outcomes.

Integration with Switching Infrastructure

Switching environments depend on stable optical interfaces for maintaining communication across aggregation and core layers. The transceiver supports high-capacity interconnection between networking devices.

Storage and Virtualization Connectivity

Storage systems and virtualized environments generate substantial east-west traffic that benefits from optical communication solutions capable of supporting sustained throughput.

The Cisco 10-2672-02 module contributes to efficient communication among servers, storage arrays, and virtualization platforms.

Data Center Optimization and Long-Term Infrastructure Value

Data centers continue evolving toward greater density, automation, and application performance requirements. Optical transceivers remain foundational elements in achieving these objectives.

The Cisco 10-2672-02 40Gbps Multi-mode Fiber 850nm MPO Connector Hot-Swappable QSFP Transceiver Module supports infrastructure modernization by combining bandwidth scalability, modular deployment, and simplified maintenance capabilities.

Energy and Thermal Considerations

Efficient transceiver design contributes to broader data center optimization initiatives. Maintaining balanced thermal characteristics supports equipment longevity and operational stability.

Compact optical modules assist in preserving airflow efficiency while supporting increased hardware density.

Supporting Sustainable Infrastructure Goals

Organizations increasingly prioritize infrastructure efficiency and resource optimization. Deploying scalable optical solutions can help reduce unnecessary hardware replacement cycles while extending the useful life of existing network investments.

Future-Ready Optical Networking Strategy

Building adaptable infrastructure requires selecting components that align with evolving networking requirements. The Cisco 10-2672-02 transceiver supports long-term network planning by enabling reliable 40Gbps optical communication, streamlined deployment workflows, and compatibility with high-density fiber environments.

Its combination of multi-mode fiber support, 850nm optical transmission, MPO connector architecture, QSFP modularity, and hot-swappable functionality positions this transceiver category as a practical solution for organizations seeking dependable optical networking performance across enterprise and data center applications.