FTLF8529P3PCV-H2 HPE SFP+ Fibre Channel 16 Gigabit Transceiver Module

The HPE FTLF8529P3PCV-H2 SFP+ Fibre Channel 16 Gigabit Transceiver Module is a high-performance networking solution designed to provide reliable and efficient connectivity for enterprise-level data centers. With its advanced features and robust design, this transceiver module offers seamless integration and superior performance in demanding network environments.

General Information

• Manufacturer: HPE
• Part Number: FTLF8529P3PCV-H2
• Product Type: Transceiver Module

Technical Highlights

• Transceiver Format: SFP+
• Transmission Speed: 16 Gigabits per second
• Fiber Mode: Multi-mode Optical Fiber (MMF)
• Reach Capability: Up to 100 meters
• Operating Wavelength: 850 nm
• Connector Style: Duplex LC Interface
• Enclosure: Plug-in Module
• Connection Type: Wired Networking
• Cable Standard: Fibre Channel

Data Transfer and Communication Features

• Protocol Supported: 16Gb Fibre Channel (Short Wave)
• Effective Transfer Rate: 14.025 Gbps

Interface and Compatibility Details

• Interface Port: 1 x Network – 16Gb Fibre Channel (Short Wave) – LC
• Supported Slot: 1 x SFP+

Performance Advantages

• Reliable high-speed data transmission for enterprise storage systems
• Optimized for short-range connectivity with superior efficiency
• Hot-swappable design for seamless integration and replacement

Usage Scenarios

• Ideal for Fibre Channel SAN environments
• Suitable for data centers requiring fast and stable communication
• Perfect for applications demanding secure and consistent throughput

HPE FTLF8529P3PCV-H2 SFP+ Transceiver Module

The HPE FTLF8529P3PCV-H2 B Series SFP+ Fibre Channel 16 Gigabit Transceiver Module is engineered to deliver high-speed optical connectivity for enterprise storage networking environments that require reliable Fibre Channel communications. Designed for deployment within modern Storage Area Network infrastructures, this SFP+ transceiver supports 16Gb Fibre Channel transmission rates while maintaining exceptional signal integrity and consistent data throughput. The module is optimized for mission-critical applications where uninterrupted connectivity, low latency, and high-bandwidth communication are essential components of daily operations.

Built according to stringent industry standards, this Fibre Channel transceiver provides seamless integration with compatible HPE B Series switches, storage platforms, and SAN networking equipment. The advanced optical design ensures dependable communication between storage resources while supporting demanding enterprise workloads that generate significant volumes of data traffic across the network.

16 Gigabit Fibre Channel Technology

At the core of the HPE FTLF8529P3PCV-H2 module is support for 16Gb Fibre Channel technology. This transmission capability enables organizations to achieve substantial performance improvements over previous Fibre Channel generations. The enhanced bandwidth allows storage arrays, servers, and networking devices to exchange data efficiently while minimizing transmission delays.

The 16Gb Fibre Channel architecture supports high-performance storage environments where rapid access to data resources is critical. Enterprise databases, virtualization platforms, cloud infrastructures, backup repositories, and disaster recovery systems all benefit from the increased throughput capabilities offered by this optical transceiver solution.

Bandwidth Optimization

Bandwidth efficiency is a defining characteristic of the HPE FTLF8529P3PCV-H2 transceiver. The module is engineered to maximize data transmission performance while reducing bottlenecks that can impact storage operations. Through advanced optical signaling techniques and precise component manufacturing, the transceiver maintains reliable communication across supported distances while delivering predictable network performance.

Organizations deploying large-scale storage infrastructures can leverage the module's capabilities to facilitate continuous data movement between servers, storage arrays, backup systems, and Fibre Channel switches without sacrificing reliability or speed.

Optical Transmission Design

850nm Short-Wavelength Laser Technology

The HPE FTLF8529P3PCV-H2 utilizes advanced 850nm short-wavelength laser technology to support high-speed optical communications over multimode fiber cabling. This wavelength has become a preferred choice for enterprise data centers due to its balance of performance, reliability, and cost efficiency.

The optical transmitter generates highly accurate signals that enable effective data transmission between network endpoints. By utilizing precision-engineered optical components, the module ensures consistent communication performance even within densely populated data center environments where electromagnetic interference and cable congestion may present operational challenges.

Signal Integrity Management

Signal integrity is essential in Fibre Channel networking applications. The HPE FTLF8529P3PCV-H2 transceiver incorporates sophisticated optical circuitry designed to maintain signal quality throughout transmission. This capability helps reduce bit error rates and supports reliable communication between interconnected devices.

The module continuously supports stable optical output characteristics, ensuring that data packets reach their intended destinations accurately. This level of reliability is particularly valuable for storage environments where data integrity remains a primary concern.

Precision Optical Components

The optical subsystem integrates high-quality lasers, receivers, and signal conditioning elements that contribute to overall network stability. These components work together to provide dependable transmission characteristics and long-term operational consistency across a broad range of deployment scenarios.

SFP+ Form Factor Advantages

Compact Network Integration

The Small Form-Factor Pluggable Plus design of the HPE FTLF8529P3PCV-H2 allows efficient use of switch and storage interface ports. The compact dimensions enable network administrators to maximize port density while preserving valuable rack space within enterprise facilities.

As modern data centers continue to increase equipment density, compact transceiver technologies become increasingly important. The SFP+ form factor facilitates scalable infrastructure growth without requiring excessive physical space or additional networking hardware.

Hot-Pluggable Capability

The transceiver supports hot-pluggable operation, allowing installation and replacement without shutting down associated networking equipment. This feature minimizes service interruptions and simplifies maintenance procedures within production environments.

Network administrators can deploy, upgrade, or replace modules while maintaining operational continuity, contributing to improved service availability and reduced maintenance-related downtime.

Storage Area Network Connectivity

Enterprise SAN Deployment

The HPE FTLF8529P3PCV-H2 transceiver is specifically designed for Fibre Channel Storage Area Network environments. SAN infrastructures require dependable connectivity solutions capable of supporting continuous storage communications under demanding operational conditions.

This module facilitates reliable communication between storage arrays, Fibre Channel switches, blade systems, converged infrastructures, and enterprise servers. The resulting connectivity framework helps organizations maintain efficient storage access across distributed computing environments.

Data-Centric Workloads

Modern enterprise workloads often generate substantial amounts of storage traffic. Applications such as virtualization platforms, database systems, analytics engines, backup environments, and cloud services rely on high-speed storage networking capabilities.

The transceiver's 16Gb Fibre Channel support enables these workloads to access storage resources rapidly while maintaining the reliability required for business-critical operations.

Multimode Fiber Compatibility

Optimized Fiber Connectivity

The module is designed for operation over multimode fiber cabling commonly deployed within enterprise data centers. Multimode fiber infrastructure offers practical advantages for short-distance and medium-distance optical networking applications while supporting high-bandwidth communication requirements.

The transceiver's compatibility with multimode fiber enables organizations to leverage existing cabling investments while upgrading network performance through advanced Fibre Channel technologies.

Data Center Cabling Integration

Many enterprise facilities utilize structured multimode fiber cabling systems throughout server rooms, storage environments, and network distribution areas. The HPE FTLF8529P3PCV-H2 integrates seamlessly into these infrastructures, providing a straightforward upgrade path for enhanced storage networking performance.

The module's optical characteristics are engineered to operate effectively within standardized multimode fiber environments, ensuring predictable deployment outcomes and simplified network planning.

Compatibility with HPE B Series Environments

Integrated Ecosystem Support

The HPE FTLF8529P3PCV-H2 is designed for compatibility with HPE B Series Fibre Channel networking platforms. This integration enables organizations to maintain consistent operational standards across their storage networking environments while simplifying deployment procedures.

Compatibility validation helps ensure seamless interaction between transceivers, switches, directors, and storage infrastructure components. The result is a cohesive networking ecosystem capable of supporting complex enterprise storage requirements.

SAN Fabric Expansion

As storage demands increase, organizations frequently expand their SAN fabrics to accommodate additional servers, storage arrays, and network resources. The transceiver facilitates scalable expansion strategies by providing reliable optical connectivity for new infrastructure deployments.

The ability to support fabric growth without compromising performance makes the module a valuable component within evolving enterprise environments.

Data Center Efficiency and Scalability

High-Density Networking Environments

Modern data centers prioritize density, efficiency, and scalability. The compact SFP+ architecture enables administrators to deploy large numbers of optical interfaces within a limited physical footprint. This characteristic supports efficient utilization of rack space while accommodating growing connectivity requirements.

The HPE FTLF8529P3PCV-H2 contributes to efficient infrastructure design by combining high-speed Fibre Channel performance with space-saving hardware architecture.

Future-Oriented Infrastructure

Enterprise organizations often design storage networking infrastructures with future growth in mind. The module supports strategic planning initiatives by providing performance capabilities aligned with contemporary storage networking requirements.

Its compatibility with established Fibre Channel environments enables organizations to modernize infrastructure incrementally while maintaining operational continuity and protecting existing investments.

Scalable Storage Networking Architecture

Scalability remains a fundamental consideration in enterprise storage design. The HPE FTLF8529P3PCV-H2 facilitates scalable architecture development through dependable optical connectivity, high-bandwidth communication capabilities, and seamless integration with Fibre Channel networking ecosystems.

By supporting reliable storage communications across expanding SAN environments, the module helps organizations address increasing data demands while maintaining operational efficiency, performance consistency, and enterprise-class reliability throughout the infrastructure lifecycle.