SFP-16GFC-SW Dell 16G Fibre Channel SFP+ 100M Optical Transceiver Module

The Dell SFP-16GFC-SW Fibre Channel SFP+ is a high-speed transceiver module that offers a blazing fast speed of 16G. This impressive speed allows for lightning-fast data transfer and ensures smooth and efficient communication between devices.

General Information

• Manufacturer: Dell
• Part Number: SFP-16GFC-SW
• Product Type: Transceiver Module

Technical Highlights

• Transceiver Format: SFP+
• Transmission Speed: 16 Gbps
• Fiber Mode: Multi‑Mode Fiber (MMF)
• Reach Capability: 300 meters
• Optical Wavelength: 850 nm
• Connector Style: LC Interface

Features and Benefits

• Delivers consistent 16 Gbps throughput for demanding network environments
• Engineered for seamless integration with Dell networking and storage platforms
• Durable build quality ensuring dependable long‑term operation
• Stable fiber connectivity supporting optimal performance efficiency

Compatibility and Use Cases

• Perfect for enterprise‑level data centers and large server infrastructures
• Supports rapid communication across Fibre Channel networks
• Interoperable with Dell systems and other SFP+ compatible hardware

Physical Specifications

• Compact footprint designed for effortless installation in supported slots
• Energy‑conscious design minimizing power draw during operation

Additional Highlights

• Optimized for scalability in expanding IT environments
• Ensures reduced latency for mission‑critical applications

Key Advantages

• Reliable fiber optic performance with enhanced stability
• Cost‑effective solution for high‑speed networking upgrades

Dell SFP-16GFC-SW 16GBPS SFP+ Transceiver Module

The Dell SFP-16GFC-SW 16Gbps 16GBase-SW Multi-mode Fiber 300m 850nm LC Connector SFP+ Transceiver Module is designed to deliver high-speed Fibre Channel connectivity for modern storage networking environments. Engineered to support 16Gbps Fibre Channel communication, this optical transceiver module provides reliable and efficient data transmission between storage area network components, switches, servers, and storage arrays. The module utilizes advanced shortwave laser technology operating at 850nm and supports multi-mode fiber infrastructure for cost-effective deployment within enterprise data centers.

Built according to industry-standard SFP+ form factors, the Dell SFP-16GFC-SW transceiver enables seamless integration with compatible Fibre Channel switches and storage networking equipment. Its compact design allows network administrators to maximize port density while maintaining superior signal integrity and performance. The module supports distances up to 300 meters over optimized multi-mode fiber, making it suitable for rack-to-rack, row-to-row, and data center interconnect applications.

16Gbps Fibre Channel Performance Architecture

The core advantage of the Dell SFP-16GFC-SW transceiver module lies in its ability to support 16Gbps Fibre Channel speeds. As enterprise storage infrastructures continue to demand greater throughput and lower latency, 16G Fibre Channel technology provides the bandwidth necessary to support virtualization, cloud computing, database operations, and business-critical workloads.

With 16Gbps data transmission capabilities, the transceiver supports rapid movement of storage traffic between servers and storage arrays. This performance level helps reduce bottlenecks while improving application responsiveness. High-bandwidth Fibre Channel connections are particularly valuable in environments that process large volumes of data, including analytics platforms, virtual desktop infrastructures, and enterprise backup systems.

Enhanced Throughput Capabilities

The Dell SFP-16GFC-SW module facilitates consistent high-speed communication across Fibre Channel fabrics. Its advanced optical design minimizes transmission errors while maintaining stable connectivity under demanding operational conditions. Enhanced throughput capabilities allow organizations to optimize storage performance and maximize utilization of existing infrastructure investments.

Support for high-performance Fibre Channel environments ensures that the transceiver can accommodate increasing storage requirements while maintaining predictable latency characteristics. This makes the module suitable for mission-critical applications where uninterrupted data access is essential.

850nm Shortwave Optical Transmission Technology

The transceiver utilizes an 850nm shortwave laser source designed specifically for multi-mode fiber communications. Shortwave optical technology has become a standard choice for Fibre Channel deployments because it provides a balance between performance, reliability, and deployment cost.

The 850nm wavelength supports efficient optical transmission across multi-mode fiber cabling systems commonly found in enterprise facilities. By leveraging established fiber infrastructure, organizations can implement high-speed Fibre Channel connectivity without requiring extensive cabling upgrades.

Laser Stability and Signal Integrity

The optical components within the Dell SFP-16GFC-SW transceiver are engineered to maintain stable output characteristics across varying operating conditions. Consistent laser performance contributes to reliable signal delivery and helps reduce transmission errors across Fibre Channel links.

Signal integrity remains a critical factor in storage networking applications where data accuracy and availability are paramount. The transceiver's optical architecture helps ensure dependable communication between connected devices while supporting enterprise-class performance requirements.

Multi-Mode Fiber Compatibility

The Dell SFP-16GFC-SW transceiver is optimized for operation over multi-mode fiber cabling systems. Multi-mode fiber remains widely deployed throughout enterprise environments due to its affordability, ease of installation, and support for high-speed communication over moderate distances.

Compatibility with OM3 and OM4 fiber standards enables organizations to leverage existing cabling investments while achieving high-performance Fibre Channel connectivity. The module supports distances up to 300 meters when deployed within appropriate fiber infrastructures.

Support for OM3 and OM4 Cabling

Modern data centers frequently rely on laser-optimized multi-mode fiber to support storage networking applications. The Dell SFP-16GFC-SW module is engineered to operate efficiently across these cabling systems, providing flexibility during deployment and expansion projects.

Support for OM3 and OM4 fiber standards allows organizations to design scalable storage networks capable of supporting future growth. Enhanced bandwidth characteristics associated with these cabling types help maximize transceiver performance while maintaining transmission reliability.

Distance Capabilities up to 300 Meters

One of the defining characteristics of the Dell SFP-16GFC-SW transceiver is its ability to support transmission distances up to 300 meters. This range provides sufficient flexibility for most enterprise storage networking deployments, including connections between equipment racks, server clusters, storage arrays, and core Fibre Channel switches.

The ability to maintain 16Gbps performance across extended distances contributes to efficient data center architecture planning. Organizations can deploy storage resources where they are most effective without compromising connectivity performance.

LC Connector Interface

The transceiver utilizes a duplex LC optical connector interface, one of the most widely adopted connector formats in enterprise networking and storage environments. LC connectors are known for their compact size, secure retention mechanism, and excellent optical performance characteristics.

By incorporating an LC interface, the Dell SFP-16GFC-SW module ensures compatibility with existing fiber patch panels, structured cabling systems, and network equipment commonly deployed in modern data centers.

High-Density Connectivity Benefits

LC connectors support high-density deployments due to their compact footprint. Data center operators can maximize port utilization while maintaining organized cable management practices. This becomes increasingly important as storage networking infrastructures expand and require additional connectivity resources.

The small connector form factor contributes to efficient rack utilization while helping reduce cable congestion. Improved cable organization simplifies maintenance activities and enhances overall operational efficiency.

Reliable Optical Connection Performance

The LC interface employed by the Dell SFP-16GFC-SW transceiver provides secure and reliable fiber connectivity. Precision alignment mechanisms help maintain low insertion loss and high return loss characteristics, contributing to consistent optical performance.

Reliable connector performance is particularly important in storage networking environments where connection stability directly impacts data accessibility and system availability. The LC design helps ensure dependable operation throughout the lifecycle of the transceiver deployment.

SFP+ Form Factor Advantages

The Dell SFP-16GFC-SW module adopts the industry-standard SFP+ form factor, enabling broad compatibility across enterprise networking and storage platforms. The compact design supports hot-swappable installation, allowing administrators to add, replace, or upgrade transceivers without disrupting system operations.

SFP+ technology provides a balance between high performance and deployment flexibility. Organizations can customize connectivity requirements based on application needs while maintaining consistent hardware management practices.

Hot-Pluggable Deployment Features

Hot-swappable functionality simplifies maintenance and infrastructure upgrades. Network administrators can replace transceivers during operational periods without powering down connected equipment. This capability helps reduce downtime and supports business continuity objectives.

The ability to perform upgrades without service interruption is especially valuable in mission-critical storage environments where availability requirements are stringent. Hot-pluggable operation contributes to efficient infrastructure management and streamlined maintenance procedures.

Port Density Optimization

The compact dimensions of the SFP+ form factor allow networking equipment manufacturers to support high port densities within switches and storage platforms. Increased port density provides greater scalability while minimizing rack space consumption.

Organizations deploying large Fibre Channel fabrics benefit from the ability to support numerous optical connections within a limited physical footprint. Efficient port utilization contributes to lower infrastructure costs and improved resource allocation.

Storage Area Network Integration

The Dell SFP-16GFC-SW transceiver plays a critical role in Storage Area Network architectures by facilitating high-speed communication between storage devices and servers. SAN environments require reliable, low-latency connectivity to ensure consistent access to shared storage resources.

By supporting 16Gbps Fibre Channel technology, the module helps organizations build scalable storage infrastructures capable of supporting demanding enterprise applications. Reliable SAN connectivity contributes to improved performance, availability, and operational efficiency.

Server-to-Storage Connectivity

Enterprise servers frequently rely on Fibre Channel connections to access centralized storage resources. The Dell SFP-16GFC-SW module enables high-speed communication between host bus adapters and Fibre Channel switches, creating efficient pathways for data transfer.

Consistent connectivity performance helps ensure responsive application behavior while supporting data-intensive workloads. Server-to-storage communication benefits from the low latency and deterministic characteristics associated with Fibre Channel networking.

Switch Interconnect Applications

Fibre Channel fabrics often require switch-to-switch connectivity to support scalability and redundancy. The Dell SFP-16GFC-SW transceiver enables reliable inter-switch links capable of transporting substantial volumes of storage traffic.

Interconnect performance plays a significant role in overall SAN efficiency. High-bandwidth optical links help maintain balanced traffic distribution while supporting resilient network architectures.

Enterprise Data Center Deployment Characteristics

Enterprise data centers require networking components capable of operating continuously under demanding environmental conditions. The Dell SFP-16GFC-SW transceiver is engineered to meet these requirements through robust optical design and dependable performance characteristics.

Its compatibility with standard Fibre Channel equipment makes it suitable for deployment across a wide range of enterprise storage infrastructures. Organizations can implement the module within new installations or as part of existing network expansion initiatives.

Cloud and Hybrid Infrastructure Connectivity

Modern enterprise environments frequently combine on-premises resources with cloud-based services. Storage infrastructures supporting hybrid architectures require dependable connectivity capable of handling diverse workload patterns. The Dell SFP-16GFC-SW transceiver supports these objectives through high-speed Fibre Channel communication and consistent operational reliability.

Its ability to integrate seamlessly with existing storage networking equipment makes it an effective solution for organizations pursuing infrastructure modernization initiatives while preserving compatibility with established operational frameworks.

Operational Reliability and Long-Term Performance

The Dell SFP-16GFC-SW 16Gbps 16GBase-SW Multi-mode Fiber 300m 850nm LC Connector SFP+ Transceiver Module is designed to provide sustained operational reliability across enterprise storage environments. Precision optical components, advanced manufacturing processes, and adherence to Fibre Channel standards contribute to dependable long-term performance. The module supports high-speed data transmission, efficient SAN integration, multi-mode fiber compatibility, LC connector connectivity, and scalable storage networking architectures, making it a valuable component within modern data center infrastructures that require consistent, high-bandwidth Fibre Channel communication.