Mellanox FTLX1471D3BCL-ME 10GBPS ConnectX SFP+ Hot Pluggable Transceiver

Overview of Mellanox ConnectX 10GBASE-LR SFP+ Transceiver  

The MELLANOX FTLX1471D3BCL-ME ConnectX 10GBASE-LR SFP+ Transceiver is engineered for enterprise-grade optical networking environments that demand dependable long-distance data transmission, reduced latency, and stable signal integrity. Designed for modern networking infrastructures, this hot-swappable SFP+ optical module delivers a reliable 10.3125Gb/s data transfer rate across single-mode fiber connections up to 10 kilometers.

Built to comply with leading networking standards including SFF-8431, SFF-8432, and IEEE 802.3ae 10GBASE-LR, this optical transceiver is suitable for data centers, cloud computing platforms, enterprise campus deployments, telecom backbones, and storage networking environments.

Main Specifications 

• Brand: Mellanox
• Model Number: FTLX1471D3BCL-ME
• Product Type: 10GBASE-LR SFP+ Optical Transceiver

Technical Specifications 

• Maximum Data Rate: 10.3125Gb/s
• Maximum Link Distance: 10km
• Fiber Type: Single-Mode Fiber
• Connector Type: Duplex LC
• Power Supply: 3.3V
• Maximum Power Consumption: 1W
• Operating Temperature: 0°C to 70°C
• Laser Safety Rating: Class 1
• Hot Pluggable: Yes
• RoHS Compliant: Yes
• Bit Error Rate: Lower than 1E-15

Designed for Long-Range 10Gb Ethernet Connectivity

• Supports 10 Gigabit Ethernet applications
• Optimized for long-distance single-mode fiber transmission
• Capable of reaching up to 10km link distances
• Provides stable high-speed optical communication
• Suitable for enterprise and hyperscale networking deployments

High-Speed 10.3125Gb/s Data Transmission

• 10GbE switching infrastructures
• Virtualized data center environments
• Storage Area Networks (SAN)
• Cloud computing architectures
• High-performance computing clusters
• Disaster recovery network links

Low Bit Error Rate for Reliable Transmission

• Improved application responsiveness
• Reduced retransmission overhead
• Enhanced network efficiency
• Stable communication across critical systems
• Lower risk of network interruptions

Compatibility

• Reliable electrical interface compatibility
• Consistent optical module operation
• Simplified deployment in enterprise hardware
• Enhanced integration flexibility
• Efficient communication between networking devices

Interoperable Network Infrastructure

• Managed Ethernet switches
• Enterprise routers
• Fiber aggregation platforms
• Server adapters
• Storage networking appliances
• High-density switch fabrics

Low Power Usage for Energy-Conscious Deployments

• Reduced heat generation
• Improved system efficiency
• Lower cooling demands
• Enhanced power management
• Better scalability for dense deployments

Stable Operation in Demanding Environments

• Consistent optical signal quality
• Long-term networking stability
• Reliable uptime performance
• Efficient thermal operation
• Continuous high-speed communication

Hot-Pluggable SFP+ Design for Simplified Deployment

• Mission-critical environments
• Enterprise server rooms
• Cloud infrastructure facilities
• Telecommunications networks
• Large-scale data centers

10km Transmission Distance

• Corporate campus networks
• Remote server rooms
• Fiber backbone infrastructure
• Cross-building data communication
• Telecom distribution environments

Duplex LC Optical Connector

• High-density fiber deployment support
• Secure and stable optical connections
• Compact connector footprint
• Easy cable management
• Broad industry compatibility

Optimized for High-Density Environments

• Leaf-spine network architectures
• Top-of-rack switching
• Server aggregation layers
• Core network uplinks
• Storage networking systems

Class 1 Laser Safety Certification

• Safer installation procedures
• Reliable operational standards
• Enterprise deployment confidence
• Regulatory compliance support

RoHS Environmental Compliance

• Reduced environmental impact
• Support for green IT initiatives
• Safer material composition
• Compliance with international regulations

Suitable Deployment Environments

• Enterprise data centers
• Educational institutions
• Telecommunications infrastructure
• Government networking systems
• Financial institutions
• Healthcare IT environments
• Media production facilities

Compliance Standards

• IEEE 802.3ae 10GBASE-LR
• SFF-8431 Compliant
• SFF-8432 Compliant

Outline of Mellanox ConnectX 10GBASE-LR SFP+ Transceiver 

The Mellanox FTLX1471D3BCL-ME ConnectX 10GBASE-LR SFP+ Transceiver is designed for high-performance enterprise networking environments that require dependable long-range 10 Gigabit Ethernet connectivity. Engineered to support 10GBASE-LR applications across single-mode fiber infrastructure, this optical transceiver delivers stable signal transmission, efficient data communication, and excellent compatibility with advanced networking hardware. Organizations operating large-scale data centers, virtualization platforms, enterprise campus networks, cloud computing infrastructures, and storage environments rely on SFP+ optical modules such as the FTLX1471D3BCL-ME to ensure seamless high-speed communication.

As modern businesses continue to demand faster network throughput and lower latency, 10GbE optical transceivers remain an essential component in contemporary network architecture. The Mellanox ConnectX transceiver category provides administrators with reliable optical connectivity for aggregation switches, routers, storage systems, network interface cards, and server infrastructure. The FTLX1471D3BCL-ME module specifically supports 10GBASE-LR standards, enabling long-distance communication over single-mode fiber while maintaining signal integrity and energy-efficient operation.

Designed for High-Speed 10 Gigabit Ethernet Networking

The Mellanox FTLX1471D3BCL-ME ConnectX SFP+ optical transceiver is optimized for 10 Gigabit Ethernet environments where high bandwidth and dependable data transmission are critical. The module supports 10Gbps communication rates, making it suitable for enterprise applications involving virtualization, cloud computing, high-performance storage, and large-scale data exchange. Its compact SFP+ form factor enables flexible deployment in dense networking environments where maximizing port efficiency is important.

Businesses deploying 10GbE infrastructure frequently require scalable optical networking solutions that can accommodate future growth while minimizing infrastructure complexity. This transceiver helps organizations achieve these objectives by supporting long-distance fiber connectivity through single-mode optical cabling. The result is an efficient networking solution capable of supporting bandwidth-intensive workloads across geographically distributed facilities or extensive campus deployments.

10GBASE-LR Optical Technology

10GBASE-LR technology is specifically engineered for long-range optical communication over single-mode fiber. The Mellanox FTLX1471D3BCL-ME transceiver supports this standard to provide reliable transmission distances that exceed the limitations of short-range multimode fiber solutions. Enterprises often deploy 10GBASE-LR modules in backbone networks, inter-switch uplinks, disaster recovery systems, and long-distance aggregation environments where maintaining high throughput over extended distances is essential.

By utilizing long-wavelength laser technology, the module ensures stable optical signal propagation with reduced attenuation across fiber links. This enables network administrators to establish highly efficient interconnections between switches, servers, storage devices, and routers without sacrificing performance or reliability. The 10GBASE-LR specification remains one of the most widely adopted optical standards for enterprise and data center infrastructure due to its balance of scalability, cost efficiency, and operational reliability.

Advanced Connectivity Features of the Mellanox FTLX1471D3BCL-ME

Single-Mode Fiber Support

The Mellanox FTLX1471D3BCL-ME optical transceiver is designed for deployment over single-mode fiber cabling, which offers superior long-distance transmission capabilities compared to multimode alternatives. Single-mode fiber infrastructure is commonly used in enterprise backbones, metropolitan area networks, telecommunications environments, and hyperscale data centers because it minimizes signal loss across extended cable runs.

Organizations implementing single-mode optical infrastructure benefit from improved scalability and future-ready network performance. The transceiver’s compatibility with single-mode fiber ensures that businesses can support expanding bandwidth requirements while maintaining dependable connectivity across large facilities or remote locations. This makes the module particularly valuable in mission-critical environments where uninterrupted network communication is essential.

Hot-Swappable SFP+ Form Factor

The compact SFP+ design of the Mellanox FTLX1471D3BCL-ME allows network administrators to install or replace the module without shutting down connected networking equipment. Hot-swappable capability reduces maintenance interruptions and enhances operational flexibility in high-availability environments. Data centers and enterprise IT departments frequently rely on hot-swappable optical modules to minimize downtime during upgrades, maintenance procedures, or network expansion projects.

The small form factor also enables high-density switch and router configurations by maximizing the number of available ports within limited rack space. This efficient use of physical infrastructure is particularly important in modern data centers where space optimization and airflow management contribute significantly to overall operational efficiency.

Low Power Consumption

Energy efficiency is a major consideration in modern networking infrastructure, especially within large-scale enterprise and cloud environments. The Mellanox ConnectX FTLX1471D3BCL-ME transceiver is engineered with low power consumption characteristics that help reduce operational costs while supporting environmentally conscious IT initiatives. Lower power usage contributes to decreased heat generation, improved cooling efficiency, and enhanced equipment longevity.

As organizations continue to scale network infrastructure to support growing workloads, deploying energy-efficient optical transceivers becomes increasingly important for maintaining sustainable operational models. The combination of performance and power optimization makes this module suitable for both enterprise and hyperscale deployments.

Enterprise Networking Applications

Data Center Connectivity

The Mellanox FTLX1471D3BCL-ME ConnectX transceiver is widely suitable for modern data center environments where high-speed communication between servers, switches, and storage systems is necessary for efficient workload processing. Data centers supporting virtualization, cloud applications, artificial intelligence, and high-performance computing require dependable optical networking solutions capable of handling substantial traffic volumes with minimal latency.

10GBASE-LR optical technology enables reliable uplink connectivity between top-of-rack switches and aggregation layers, ensuring efficient east-west and north-south traffic flow throughout the infrastructure. The module’s long-range optical capabilities also support interconnection between multiple data center buildings or geographically separated facilities.

Enterprise Campus Networks

Large enterprise campuses often require high-speed backbone connectivity between buildings, departments, and networking closets. The Mellanox FTLX1471D3BCL-ME provides a practical solution for establishing long-distance optical links that support increasing bandwidth demands across corporate networks. Applications such as video conferencing, unified communications, enterprise resource planning, and cloud-based productivity platforms depend on stable high-speed connectivity.

Deploying 10GBASE-LR transceivers within enterprise backbone networks helps organizations maintain consistent communication performance while supporting future scalability. Single-mode fiber infrastructure combined with reliable SFP+ modules allows businesses to expand network capacity without requiring major redesigns.

Storage Area Networks

Storage infrastructure frequently requires low-latency, high-bandwidth connectivity to support backup operations, replication, virtualization storage traffic, and database applications. The Mellanox ConnectX transceiver category supports these environments by enabling fast and stable optical communication between storage systems and servers.

Organizations using network-attached storage, SAN environments, or distributed storage clusters benefit from reliable 10GbE connectivity that minimizes bottlenecks during data-intensive operations. The transceiver’s consistent optical performance helps maintain smooth data transfer rates and dependable storage communication.

Cloud Computing Infrastructure

Cloud service providers and enterprise private cloud deployments rely heavily on scalable networking infrastructure to support virtualized workloads and dynamic resource allocation. The Mellanox FTLX1471D3BCL-ME optical transceiver supports cloud networking environments by providing stable 10GbE optical connectivity between servers, switches, and aggregation layers.

As cloud environments continue to evolve, the need for low-latency communication and efficient traffic management becomes increasingly important. High-speed optical modules contribute to improved workload mobility, faster application response times, and enhanced network reliability across virtualized infrastructure.

Compatibility and Integration Advantages

Integration with Mellanox Networking Equipment

The FTLX1471D3BCL-ME transceiver is engineered for compatibility with Mellanox networking platforms and ConnectX-based infrastructure. This ensures optimized interoperability with supported switches, adapters, and network interface hardware. Enterprises deploying Mellanox networking equipment benefit from streamlined integration and validated performance across their optical infrastructure.

Using vendor-compatible transceivers helps minimize deployment complications while improving overall network reliability. Administrators can confidently implement the module within supported Mellanox environments to maintain stable communication and consistent performance.

Support for Standardized Networking Environments

The transceiver complies with industry-standard SFP+ specifications, allowing deployment within a broad range of enterprise networking ecosystems. Standardized compatibility is essential for organizations seeking flexible infrastructure expansion and simplified procurement processes. The ability to integrate optical modules into multi-vendor environments helps businesses optimize network investments while maintaining operational continuity.

Industry-standard SFP+ interfaces also simplify maintenance procedures because network administrators can efficiently replace or upgrade modules without extensive infrastructure changes. This flexibility supports long-term network scalability and infrastructure modernization initiatives.

Reliable Optical Signal Integrity

Maintaining consistent optical signal quality is crucial in high-speed networking environments. The Mellanox FTLX1471D3BCL-ME is engineered to deliver stable optical transmission characteristics that reduce packet loss, signal degradation, and communication interruptions. Reliable signal integrity supports improved network uptime and enhanced application performance across enterprise infrastructure.

Organizations operating mission-critical services such as financial applications, healthcare systems, cloud platforms, and online transaction environments depend on dependable optical communication to maintain uninterrupted operations. High-quality transceiver modules contribute significantly to achieving these reliability objectives.

Benefits of Deploying 10GBASE-LR Optical Modules

Long-Distance Network Expansion

One of the primary advantages of 10GBASE-LR technology is its ability to support long-distance communication over single-mode fiber. The Mellanox FTLX1471D3BCL-ME enables organizations to extend network connectivity between distant facilities, buildings, or infrastructure segments without sacrificing performance. This capability is particularly valuable for enterprises with distributed operations, educational institutions, healthcare campuses, and metropolitan networking deployments.

Long-range optical networking also supports disaster recovery planning by enabling efficient communication between primary and backup data center facilities. Organizations can maintain data replication and business continuity processes over extended distances using dependable optical transceiver technology.

Enhanced Bandwidth Capacity

Modern business applications generate substantial network traffic that demands higher throughput and reduced congestion. The 10GbE performance offered by the Mellanox ConnectX transceiver category helps organizations accommodate increasing data volumes while maintaining smooth network operation. High-bandwidth optical connectivity supports applications such as virtualization, streaming media, cloud computing, large database operations, and collaborative business platforms.

As enterprise workloads continue to grow, deploying scalable 10 Gigabit Ethernet infrastructure becomes essential for avoiding performance bottlenecks and maintaining user productivity. The FTLX1471D3BCL-ME module contributes to this scalability by supporting reliable high-speed communication across enterprise environments.

Reduced Electromagnetic Interference

Optical fiber networking provides significant advantages over copper cabling in environments where electromagnetic interference may impact signal quality. The Mellanox FTLX1471D3BCL-ME uses optical transmission technology to eliminate susceptibility to electromagnetic disturbances, resulting in cleaner and more stable communication.

This characteristic makes optical transceivers particularly suitable for industrial facilities, healthcare institutions, manufacturing plants, and large enterprise campuses where electrical interference may affect traditional copper networking infrastructure. Improved signal stability contributes to better network reliability and operational consistency.

Deployment Flexibility in Modern IT Environments

Support for Virtualized Infrastructure

Virtualization technologies require highly efficient networking infrastructure to support workload migration, resource allocation, and communication between virtual machines. The Mellanox FTLX1471D3BCL-ME transceiver supports these environments by delivering stable 10GbE optical connectivity capable of handling dynamic traffic patterns and increasing bandwidth demands.

Virtualized environments often involve extensive east-west traffic between servers and storage systems. High-speed optical modules help maintain low-latency communication while reducing potential bottlenecks that could impact application performance or virtual machine responsiveness.

Scalable Architecture for Future Growth

Scalability is a critical factor in enterprise network planning. The Mellanox ConnectX optical transceiver category enables organizations to expand network infrastructure efficiently while maintaining compatibility with existing optical deployments. Businesses investing in single-mode fiber infrastructure benefit from the long-term scalability associated with 10GBASE-LR technology.

As bandwidth requirements evolve, enterprises can continue leveraging existing fiber cabling while upgrading networking hardware and optical modules to support future applications. This scalable approach helps reduce infrastructure replacement costs and simplifies long-term network modernization strategies.

Optimized for Dense Networking Environments

Modern data centers and enterprise networking facilities often require high-density switch deployments to maximize rack efficiency and minimize operational overhead. The compact SFP+ form factor of the FTLX1471D3BCL-ME enables organizations to deploy numerous high-speed optical connections within limited physical space.

Dense networking configurations help optimize airflow, cable management, and infrastructure organization while supporting large-scale connectivity requirements. The module’s compact design contributes to improved operational efficiency in environments where maximizing port density is essential.

Optical Networking Reliability and Performance

Consistent Data Transmission

Reliable data transmission is fundamental to enterprise networking operations. The Mellanox FTLX1471D3BCL-ME optical transceiver is engineered to support stable packet delivery and consistent communication performance across high-speed fiber connections. This reliability helps organizations maintain uninterrupted application access and efficient data processing capabilities.

Applications such as cloud computing, financial transactions, video streaming, and enterprise collaboration platforms depend on dependable network infrastructure to deliver acceptable user experiences. High-quality optical modules contribute significantly to maintaining these service standards.

Efficient Thermal Management

Thermal efficiency plays an important role in maintaining networking hardware reliability and longevity. The Mellanox ConnectX transceiver category is designed with efficient thermal characteristics that help minimize excessive heat generation during operation. Improved thermal performance contributes to greater hardware stability and reduced cooling requirements within dense networking environments.

Effective heat management is particularly important in data centers where large numbers of networking devices operate continuously. Lower thermal output can contribute to reduced energy consumption and improved infrastructure sustainability.

Dependable Long-Term Operation

Enterprise networking infrastructure requires components capable of supporting continuous operation in demanding environments. The FTLX1471D3BCL-ME optical transceiver is designed for dependable long-term use within mission-critical applications where reliability and uptime are essential business priorities.

Organizations investing in high-quality networking hardware benefit from reduced maintenance requirements, fewer unexpected failures, and improved operational continuity. Dependable transceiver performance helps IT teams maintain stable infrastructure while minimizing disruptions associated with hardware replacement or troubleshooting.

Applications Across Multiple Industries

Healthcare Networking Infrastructure

Healthcare institutions require high-speed and reliable communication networks to support electronic medical records, imaging systems, telemedicine applications, and administrative operations. The Mellanox FTLX1471D3BCL-ME optical transceiver provides dependable connectivity for healthcare environments where uninterrupted communication is essential for patient care and operational efficiency.

Optical networking infrastructure also supports the growing adoption of cloud-based healthcare applications and centralized data storage systems. Long-range fiber connectivity enables healthcare campuses to interconnect multiple facilities while maintaining secure and efficient communication.

Educational Institutions and Research Facilities

Universities, research centers, and educational campuses frequently require high-bandwidth networking infrastructure to support digital learning platforms, research applications, data-intensive simulations, and collaborative technologies. The Mellanox ConnectX transceiver category helps educational institutions establish scalable optical backbone networks capable of supporting increasing user demands.

Research facilities particularly benefit from high-speed optical connectivity due to the substantial data transfer requirements associated with scientific computing, laboratory analysis, and distributed research collaboration. Reliable 10GbE communication helps improve productivity and computational efficiency.

Financial Services Networks

Financial organizations depend heavily on low-latency, high-reliability networking infrastructure for transaction processing, trading platforms, customer applications, and data analytics. The Mellanox FTLX1471D3BCL-ME supports these requirements by delivering stable optical communication suitable for performance-sensitive environments.

Reliable 10 Gigabit Ethernet connectivity helps financial institutions maintain responsive applications, secure communication channels, and efficient data synchronization between critical infrastructure components. Long-range optical networking also supports business continuity planning across geographically distributed facilities.

Telecommunications and Service Providers

Telecommunications companies and managed service providers require scalable optical networking solutions capable of supporting high-capacity traffic loads and extensive infrastructure deployments. The Mellanox ConnectX optical transceiver category offers dependable 10GbE connectivity for backbone aggregation, service delivery, and interconnection between networking facilities.

Service providers often deploy single-mode fiber infrastructure to maximize transmission distance and network scalability. The FTLX1471D3BCL-ME module supports these objectives by enabling efficient long-range optical communication within carrier-grade environments.

Advantages of SFP+ Optical Technology

Compact and Modular Design

The SFP+ transceiver format provides significant operational flexibility by enabling modular optical connectivity within switches, routers, and server adapters. Network administrators can easily select appropriate transceiver types based on deployment requirements, transmission distances, and fiber infrastructure specifications.

The compact dimensions of SFP+ modules also contribute to simplified cable management and improved airflow within networking racks. These design advantages are especially valuable in hyperscale and enterprise data center environments where infrastructure efficiency is a key operational objective.

Improved Infrastructure Adaptability

Modular optical transceivers allow organizations to adapt networking infrastructure according to changing operational requirements. The Mellanox FTLX1471D3BCL-ME can be deployed in environments requiring long-range optical connectivity while maintaining interoperability with compatible networking hardware.

This adaptability supports efficient infrastructure planning because businesses can deploy different transceiver types within the same switching platforms to address varying connectivity distances and bandwidth requirements. Flexible deployment options help reduce infrastructure complexity and improve resource utilization.