FTLX1471D3BCVI31 Intel SFP 1310NM Plug-In Module Transceiver

Intel FTLX1471D3BCVI31 10 Gigabit SFP+ Transceiver

The Intel FTLX1471D3BCVI31 is a high-performance 10 Gigabit optical transceiver module designed to provide reliable, high-speed network connectivity for enterprise infrastructure, data centers, and professional communication environments. This SFP+ transceiver delivers efficient fiber optic transmission with excellent signal quality, making it suitable for applications that require dependable long-distance Ethernet communication.

Product Information

• Manufacturer: Intel
• Part Number: FTLX1471D3BCVI31
• Product Type: 10 Gigabit Optical Module

Technical Specifications

• Installation Type: Plug-in Module
• Connectivity Technology: Wired Optical
• Supported Cabling: 1000BASE-LX, 10GBASE-LR
• Data Link Protocol: Gigabit Ethernet and 10 Gigabit Ethernet
• Optical Wavelength: 1310 nm
• Interface: 1 x Ethernet 10GBASE-LR Network Interface
• Compatible Slot: 1 x SFP+

Intel FTLX1471D3BCVI31 SFP+ Module

• Manufactured by Intel for dependable enterprise networking performance
• 10 Gigabit Ethernet capability for high-speed data communication
• SFP+ form factor for simple installation and replacement
• Fiber optic connectivity for improved transmission efficiency
• Supports long-range network connections with single-mode fiber compatibility
• Designed for professional networking environments requiring reliable bandwidth
• Plug-in module construction for convenient hardware integration

Advanced Optical Transmission Technology

• Optical wavelength: 1310 nm
• Fiber-based communication for improved signal reliability
• Designed for stable high-bandwidth transmission
• Suitable for professional Ethernet networking applications

Compatible Networking Applications

• Enterprise network switches
• Data center networking equipment
• High-performance server connections
• Telecommunication infrastructure
• Fiber optic Ethernet deployments
• Network backbone connections

Network Expansion and Upgrades

• Improves network bandwidth availability
• Supports future-ready Ethernet infrastructure
• Enables efficient communication between network devices
• Helps optimize professional IT environments
• Provides flexible deployment through SFP+ compatibility

Common Deployment Environments

• Enterprise data centers
• Corporate network infrastructure
• Fiber optic backbone systems
• Server-to-switch connections
• Storage networking environments
• High-speed LAN and WAN applications

Intel FTLX1471D3BCVI31 SFP Plug-In Transceiver

The Intel FTLX1471D3BCVI31 SFP Transceiver Plug-In Module 1310 NM is a high-performance optical networking component designed to deliver reliable, efficient, and fast data communication across enterprise, data center, telecommunications, and industrial networking environments. This SFP transceiver module belongs to the category of small form-factor pluggable optical interfaces, providing a compact solution for fiber optic connectivity while maintaining excellent signal quality, transmission stability, and network scalability.

Engineered for compatibility with advanced networking systems, the Intel FTLX1471D3BCVI31 SFP optical transceiver utilizes 1310 nm wavelength technology to support dependable single-mode fiber communication. Its optical design allows network administrators to extend communication distances while reducing signal degradation, making it suitable for high-speed Ethernet applications, switching environments, server connections, and professional-grade infrastructure deployments.

Understanding the Intel SFP Transceiver Module Category

SFP transceiver modules are essential components used in modern communication networks to convert electrical signals from networking equipment into optical signals transmitted through fiber optic cables. The Intel FTLX1471D3BCVI31 represents a plug-in optical module solution that combines flexibility, performance, and ease of installation. Unlike permanently integrated network interfaces, SFP modules can be replaced, upgraded, or customized according to changing network requirements.

The compact SFP form factor allows this module to be installed into compatible switches, routers, storage systems, and communication platforms without requiring major hardware modifications. This modular approach helps organizations maintain adaptable networking environments where bandwidth requirements continue to grow.

1310 NM Optical Technology for Reliable Fiber Transmission

The 1310 nm wavelength is widely used in fiber optic communication because it provides excellent transmission characteristics over single-mode fiber networks. The Intel FTLX1471D3BCVI31 SFP Transceiver Plug-In Module takes advantage of this wavelength range to provide stable optical performance with reduced attenuation and dependable signal integrity.

Optical modules operating at 1310 nm are commonly selected for applications requiring longer transmission distances compared with traditional short-range optical solutions. This makes the Intel FTLX1471D3BCVI31 an effective option for organizations building reliable backbone connections, campus networks, and extended communication links where consistent performance is essential.

Advanced Optical Components and Network Efficiency

The internal optical components of the Intel FTLX1471D3BCVI31 SFP module are designed to support accurate data transmission by efficiently converting electrical signals into optical signals and receiving optical signals back into electrical data. This conversion process enables networking devices to communicate through fiber infrastructure with improved speed and reduced electromagnetic interference.

Fiber optic communication provides several advantages over traditional copper-based connections, including greater bandwidth capacity, lower signal loss, and enhanced resistance to environmental interference. By using an SFP optical transceiver like the Intel FTLX1471D3BCVI31, businesses can create more reliable and scalable network architectures.

Key Features of Intel FTLX1471D3BCVI31 SFP Optical Module

The Intel FTLX1471D3BCVI31 SFP Transceiver Plug-In Module is developed with features that support professional networking requirements. Its small form-factor design enables simple integration into compatible networking equipment while maintaining high operational efficiency. The module provides a practical balance between performance, installation convenience, and long-term reliability.

This optical transceiver is designed for environments where stable connectivity and consistent data transfer are required. Network engineers often rely on SFP modules because they allow flexible hardware configuration and easier maintenance compared with fixed optical interfaces.

Compact Plug-In Design for Flexible Deployment

One of the major advantages of the Intel FTLX1471D3BCVI31 is its plug-in module architecture. The SFP design allows quick installation and replacement, helping reduce network downtime during upgrades, repairs, or system expansion. This flexibility is particularly valuable in enterprise environments where network availability is a critical factor.

The compact physical structure also helps maximize rack space efficiency. Data centers and telecommunications facilities often require high-density networking solutions, and SFP modules provide the ability to add multiple optical connections without occupying excessive hardware space.

High-Quality Fiber Optic Connectivity Solution

The Intel FTLX1471D3BCVI31 SFP transceiver supports high-quality fiber optic connections that help maintain accurate communication between network devices. Fiber technology enables fast data movement across long distances while preserving signal clarity and reducing the limitations commonly associated with copper cabling.

Reliable optical connectivity is especially important in applications such as server-to-switch connections, storage networking, enterprise infrastructure, and communication systems where interruptions can affect productivity and service availability.

Performance Benefits in Modern Networking Systems

Modern networks require components that can handle increasing traffic demands, growing numbers of connected devices, and continuous data exchange. The Intel FTLX1471D3BCVI31 SFP Transceiver Plug-In Module provides a dependable optical interface that supports these evolving networking requirements.

Its optical capabilities allow organizations to build efficient network environments that support future expansion. Whether used in business networks, professional communication systems, or high-performance computing environments, this SFP module contributes to improved connectivity and infrastructure reliability.

Intel FTLX1471D3BCVI31 SFP Transceiver

The Intel FTLX1471D3BCVI31 SFP Transceiver Plug-In Module 1310 NM is suitable for a wide range of networking applications. Its fiber optic design makes it a practical choice for organizations that require dependable communication between network devices located across different areas or facilities.

Enterprise Network Infrastructure

In enterprise environments, reliable connectivity between switches, servers, and network equipment is essential. The Intel FTLX1471D3BCVI31 provides a professional optical connection option that helps businesses maintain efficient communication systems. It can support network expansion projects where additional fiber links are required.

Large organizations often use modular optical transceivers because they simplify infrastructure management. Instead of replacing entire networking devices, administrators can upgrade connectivity by installing compatible SFP modules.

Data Center and Server Connectivity

Data centers depend on high-speed and reliable connections to manage large volumes of information. Optical SFP modules play an important role in connecting servers, storage platforms, and switching equipment. The Intel FTLX1471D3BCVI31 supports this type of environment by providing a compact and efficient fiber interface.

The module's small size makes it suitable for high-density deployments where multiple network connections must operate within limited physical space. Data center operators benefit from easier cable management and simplified hardware upgrades.

Compatibility

When selecting an SFP optical module, compatibility with networking equipment is an important consideration. The Intel FTLX1471D3BCVI31 is designed for integration into compatible systems that support SFP transceiver technology. Proper equipment compatibility ensures reliable operation and optimal network performance.

Network professionals typically evaluate factors such as wavelength support, fiber type, transmission requirements, and hardware compatibility before deployment. Selecting the appropriate optical module helps prevent connectivity issues and supports efficient network operation.

Importance of Choosing the Correct Fiber Optic Module

Every network environment has different performance requirements. Factors such as distance, bandwidth needs, infrastructure design, and future expansion plans influence the selection of an optical transceiver. The Intel FTLX1471D3BCVI31 provides a specialized solution for users seeking reliable 1310 nm optical connectivity.

Using the correct SFP module helps maintain signal quality and improves overall network efficiency. A properly matched optical transceiver can contribute to reduced maintenance requirements and enhanced communication reliability.

Maintenance and Long-Term Network Reliability

Optical networking components require proper handling and installation practices to maintain performance. The modular design of the Intel FTLX1471D3BCVI31 simplifies replacement and maintenance procedures, allowing network teams to manage upgrades and repairs efficiently.

Reliable transceiver performance supports continuous network availability, which is essential for businesses, service providers, and organizations operating mission-critical systems.

Future-Ready Fiber Connectivity Solution

As networking demands continue to increase, fiber optic solutions remain a foundation for scalable communication infrastructure. The Intel FTLX1471D3BCVI31 SFP Transceiver Plug-In Module 1310 NM represents a practical networking component for organizations seeking dependable optical connectivity, flexible deployment options, and efficient data communication performance.