FTLF1324P2BTL Finisar 4.25GBPS 1000base-x Fibre Channel Transceiver Module

Overview of the Finisar FTLF1324P2BTL Transceiver Module

The Finisar FTLF1324P2BTL is a high-performance optical transceiver designed for efficient communication in modern networking environments. Manufactured by Finisar, a leader in optical communication solutions, this module is engineered to provide reliable, high-speed data transfer over fiber optic networks.

General Information

• Manufacturer: Finisar
• Part Number: FTLF1324P2BTL
• Product Type: Optical Transceiver Module

Technical Information

• Form Factor: Compact SFP (mini-GBIC)
• Port Details: 1 × LC Duplex supporting 1000Base‑X
• Supported Medium: Optical Fiber
• Cable Standard: 9/125 µm single‑mode fiber
• Fiber Mode: Single‑mode operation

Performance & Networking

• Ethernet Standard: Gigabit Ethernet
• Network Protocol: 1000Base‑X technology

Physical Characteristics

Design & Build

• Hot‑swap: Hot‑swappable design for quick deployment
• Usage: Ideal for high‑speed data networking applications

Key Advantages

• Reliable optical signal transmission across long distances
• Compact footprint for space‑efficient networking equipment
• Seamless integration into Gigabit Ethernet infrastructures

Finisar FTLF1324P2BTL Fibre Channel Transceiver

The Finisar FTLF1324P2BTL is a high-performance optical transceiver module engineered to support Fibre Channel networking environments requiring reliable data transmission, extended reach, and exceptional signal integrity. Designed for 4.25Gbps Fibre Channel applications, this transceiver delivers dependable connectivity across enterprise storage infrastructures, data centers, SAN environments, and mission-critical networking deployments. Operating at a wavelength of 1310nm and supporting transmission distances up to 4 kilometers, the module provides an effective solution for medium-range optical communication requirements where stability and performance are essential.

Built according to industry standards for Fibre Channel communication, the Finisar FTLF1324P2BTL integrates advanced optical components, precision laser technology, and robust digital signal processing capabilities. These features ensure consistent data delivery while minimizing latency and transmission errors. The module supports hot-swappable deployment, allowing administrators to install or replace units without disrupting network operations.

Purpose-Built for Fibre Channel Storage Networks

Storage Area Networks demand high-speed, low-latency communication between storage devices and servers. The Finisar FTLF1324P2BTL is specifically optimized for these environments, enabling efficient movement of storage traffic across optical infrastructures. By supporting Fibre Channel protocols at speeds up to 4.25Gbps, the transceiver ensures that storage arrays, switches, directors, and host bus adapters maintain continuous communication without compromising performance.

The module serves as a critical interface between networking hardware and optical fiber cabling. Its design enables seamless conversion of electrical signals into optical signals for transmission across fiber infrastructure and subsequent reconversion at the receiving endpoint. This process supports long-distance communication while maintaining signal quality and network reliability.

4.25Gbps Performance Capabilities

High-Speed Data Transmission

The 4.25Gbps data rate capability of the Finisar FTLF1324P2BTL makes it suitable for demanding Fibre Channel environments that require rapid movement of data between interconnected systems. The module is engineered to deliver consistent throughput while minimizing packet loss and communication delays.

Enterprise storage systems frequently process large volumes of information including virtual machine data, database transactions, backup operations, and business-critical workloads. The transceiver’s bandwidth capabilities help maintain efficient communication pathways that support these activities without introducing bottlenecks into the network infrastructure.

Optimized Signal Integrity

Signal quality is a key consideration in optical networking environments. The Finisar FTLF1324P2BTL incorporates advanced optical transmission technologies that help preserve data integrity across extended fiber runs. Precision optical components reduce signal degradation, ensuring accurate reception of transmitted information even when operating near the maximum supported distance.

The combination of high-quality laser emitters and sensitive photodetectors enables reliable optical communication under a wide range of deployment conditions. This contributes to improved network stability and reduced maintenance requirements throughout the operational lifecycle of the transceiver.

Support for Fibre Channel Standards

The transceiver is designed to align with established Fibre Channel specifications, supporting interoperability across compatible networking hardware. Organizations deploying storage networking infrastructures can benefit from simplified integration and consistent performance when using standards-based optical connectivity solutions.

Compatibility with Fibre Channel networking architectures allows the module to operate within environments containing storage switches, SAN directors, host bus adapters, and enterprise storage arrays from multiple vendors. This flexibility supports infrastructure expansion and modernization initiatives without requiring extensive redesign of existing fiber networks.

1310nm Optical Wavelength Advantages

Efficient Long-Distance Communication

The 1310nm operating wavelength provides significant advantages for medium-range optical transmission. This wavelength is widely utilized within enterprise networking and storage environments because of its favorable attenuation characteristics and compatibility with single-mode fiber infrastructure.

By leveraging 1310nm optical technology, the Finisar FTLF1324P2BTL can maintain strong signal performance over distances up to 4 kilometers. This enables organizations to interconnect facilities, data halls, equipment rooms, and storage environments while preserving reliable communication channels.

Reduced Signal Loss Characteristics

Optical attenuation directly impacts network performance and transmission reliability. The use of a 1310nm wavelength helps minimize signal loss across supported fiber spans, allowing data to travel longer distances before requiring regeneration or amplification. This contributes to more efficient network architectures and reduced infrastructure complexity.

Lower attenuation levels improve overall link budgets, providing additional operational margin that enhances network resilience. These characteristics make the transceiver particularly suitable for enterprise deployments where uptime and reliability remain top priorities.

Enhanced Network Stability

Stable optical transmission is essential for Fibre Channel environments that support critical storage operations. The optical properties associated with 1310nm transmission help maintain consistent communication performance under varying environmental and operational conditions. This stability contributes to predictable network behavior and dependable storage access.

4 Kilometer Reach for Enterprise Connectivity

Extended-Distance Fibre Channel

The ability to support transmission distances of up to 4 kilometers expands deployment possibilities across enterprise environments. Organizations can establish reliable optical connections between buildings, campuses, data center zones, and disaster recovery facilities without sacrificing performance.

Extended reach capabilities reduce the need for intermediary networking devices, helping simplify infrastructure designs while lowering operational complexity. This can contribute to improved network efficiency and easier long-term management.

Data Center Interconnect Applications

Modern data centers frequently distribute workloads across multiple rooms, floors, or facilities. The Finisar FTLF1324P2BTL enables these environments to maintain high-speed Fibre Channel connectivity over substantial distances. This supports storage replication, backup operations, and workload distribution strategies that depend on reliable interconnect performance.

Data center administrators can leverage the module's reach capabilities to create resilient architectures that separate storage resources from compute environments while maintaining fast and dependable communication pathways.

Disaster Recovery Connectivity

Business continuity initiatives often require storage systems to replicate data between geographically separated locations. The Finisar FTLF1324P2BTL supports these requirements by providing reliable optical communication over distances suitable for many campus and metropolitan deployment scenarios.

The module's long-range capabilities assist organizations in implementing recovery strategies that protect critical information while maintaining efficient synchronization between primary and secondary storage environments.

Duplex LC Connector Architecture

Industry-Standard Optical Interface

The Finisar FTLF1324P2BTL utilizes a Duplex LC connector interface, one of the most widely adopted optical connection standards in enterprise networking environments. The compact design of the LC connector allows efficient use of switch and storage device port density while maintaining reliable optical performance.

Duplex LC connectivity supports separate transmit and receive optical paths, enabling full-duplex communication essential for Fibre Channel operations. This architecture ensures simultaneous bidirectional data transfer without compromising throughput or reliability.

Secure Fiber Connections

Reliable connector performance plays a vital role in maintaining optical network integrity. The LC interface provides secure mechanical engagement that minimizes accidental disconnections while preserving proper fiber alignment. Accurate alignment contributes to reduced insertion loss and enhanced signal quality.

The compact connector design also simplifies cable management within dense networking environments where efficient use of rack space is critical. Administrators can maintain organized cabling infrastructures without sacrificing accessibility or serviceability.

Compatibility with Existing Fiber Infrastructure

Organizations utilizing standard single-mode fiber cabling can integrate the Finisar FTLF1324P2BTL into existing optical infrastructures with minimal modification. The widespread adoption of Duplex LC connectivity ensures broad compatibility across networking and storage hardware platforms.

This compatibility simplifies procurement, deployment, and maintenance activities while supporting scalable growth as networking requirements evolve over time.

Advanced Optical Component

Precision Laser Technology

At the core of the Finisar FTLF1324P2BTL is a carefully engineered laser transmission system designed to deliver stable optical output characteristics. The laser assembly generates optical signals with precise wavelength control, supporting consistent performance across the module's operational range.

Advanced laser design contributes to reduced signal distortion, improved transmission accuracy, and enhanced reliability during continuous operation. These characteristics are particularly important in enterprise storage environments where data integrity remains essential.

High-Sensitivity Optical Reception

The receiver subsystem incorporates sophisticated photodetection technology capable of accurately interpreting incoming optical signals. High receiver sensitivity supports reliable communication across longer distances and helps maintain performance even when optical losses occur within the transmission path.

Combined with robust signal processing capabilities, the receiver design contributes to lower error rates and more dependable Fibre Channel communications throughout the network infrastructure.

Optimized Thermal Characteristics

Optical transceivers generate heat during operation, making thermal management an important aspect of overall reliability. The Finisar FTLF1324P2BTL is engineered to maintain stable performance across supported operating conditions through efficient thermal design practices.

Effective heat management helps preserve component longevity while supporting consistent optical output and receiver sensitivity. These factors contribute to predictable operation and reduced risk of performance degradation over time.

Enterprise Deployment Benefits

Hot-Pluggable Convenience

The hot-pluggable architecture of the Finisar FTLF1324P2BTL enables installation and replacement without requiring shutdown of host equipment. This feature supports continuous network availability while simplifying maintenance procedures and infrastructure upgrades.

Administrators can perform module replacements during active operations, reducing downtime and supporting service-level objectives in demanding enterprise environments.

Reduced Operational Disruption

Maintenance activities can significantly impact productivity when network services become unavailable. The hot-swappable design minimizes service interruptions by allowing rapid module exchange while connected systems remain operational.

This capability is particularly valuable in storage networking environments where continuous access to critical business data is necessary for daily operations.

Scalable Infrastructure

As organizations expand storage capacity and networking resources, optical connectivity requirements often increase. The Finisar FTLF1324P2BTL supports scalable growth strategies by providing standardized Fibre Channel connectivity that can be deployed across a wide range of infrastructure configurations.

The module's combination of speed, distance support, and interoperability helps organizations accommodate evolving storage requirements while maintaining consistent network performance standards.

Reliability for Mission-Critical Environments

Continuous Operation Readiness

Enterprise storage networks frequently operate around the clock, requiring components capable of sustaining prolonged workloads. The Finisar FTLF1324P2BTL is engineered for continuous operation, supporting demanding environments where downtime can have significant operational consequences.

High-quality manufacturing processes, precision optical components, and rigorous performance standards contribute to dependable long-term operation within enterprise infrastructures.

Data Integrity Protection

Accurate data transmission remains fundamental to Fibre Channel networking. The transceiver's design emphasizes signal fidelity and communication reliability to help ensure that storage traffic reaches its destination without corruption or degradation.

By maintaining strong optical performance characteristics across supported distances, the module helps protect the integrity of critical business information moving through storage networks.