Y97RG Dell 25GE 850nm SFP+ Transceiver

Dell Y97RG 25GbE 850nm Wavelength SFP+ Transceiver

The Dell Y97RG 25GbE SFP+ transceiver is a high-performance optical networking module designed for modern data centers, enterprise networks, and high-speed server connectivity. Featuring an 850nm VCSEL laser transmitter and reliable multimode fiber support, this transceiver delivers efficient short-range 25Gbps communication with excellent signal quality, low power consumption, and dependable network performance.

Product Information

• Brand: Dell 
• Part Number: Y97RG
• Product Type: SFP+ Optical Transceiver

Technical Specifications 

• Wavelength: 850nm
• Transmitter: Oxide VCSEL Laser
• Connector: Duplex LC
• Fiber Type: Multimode Fiber (MMF)
• Data Rate: Up to 25Gb/s
• Power Supply: 3.3V
• Housing: Metal Enclosure
• Operating Temperature: 0°C to 70°C

High-Speed 25Gbps Optical Network Solution

• Supports data links up to 25Gb/s
• Bi-directional high-speed optical communication
• Designed for 25 Gigabit Ethernet applications
• Reliable performance for enterprise networking
• Optimized for short-distance fiber connections

Benefits

• Plug-and-play module replacement
• Compatible with SFP+ based networking systems
• Easy deployment in switches, servers, and storage devices
• Minimizes service interruptions

Optical Performance Features

• 850nm wavelength operation
• VCSEL-based optical transmitter
• Low-power optical design
• Enhanced short-range connectivity

Fiber Distances

• Up to 100 meters over OM4 multimode fiber (50/125µm)
• Up to 70 meters over OM3 multimode fiber (50/125µm)
• Duplex LC fiber connector support

Monitoring Capabilities

• Real-time operational status checking
• Diagnostic information reporting
• Improved troubleshooting efficiency
• Enhanced network reliability

Signal Enhancement Features

• Built-in CDR circuitry
• CDR shut-off control capability
• Improved data integrity
• Stable high-speed communication

Power Efficiency Advantages

• Single 3.3V power input
• Optimized power consumption
• Suitable for dense networking environments
• Supports efficient infrastructure scaling

Physical Design Highlights

• Strong metal enclosure
• Lower electromagnetic interference
• Compact optical module design
• Suitable for enterprise deployments

Environmental Specifications

• Operating temperature: 0°C to 70°C
• Designed for commercial networking environments
• Reliable performance under changing conditions

Compliance Benefits

• RoHS compliant construction
• Environmentally responsible design
• Suitable for enterprise hardware ecosystems

Dell Y97RG 25GE 850nm SFP+ Transceiver

The Dell Y97RG 25GE 850nm Short Wavelength SFP+ Transceiver is an advanced networking component designed to deliver high-speed optical connectivity for modern enterprise, data center, and server environments. As organizations continue to increase their dependence on cloud computing, virtualization, high-performance applications, and data-intensive workloads, reliable optical transceiver technology has become an essential part of network infrastructure. This transceiver provides a compact and efficient solution for expanding network capacity while maintaining dependable communication between switches, servers, storage systems, and other networking equipment.

Built for high-performance Ethernet applications, the Dell Y97RG transceiver supports 25 Gigabit Ethernet connectivity using short wavelength optical technology. It enables organizations to achieve faster network speeds compared with traditional 10Gb solutions while preserving the advantages of fiber-based communication. The compact form factor, efficient optical design, and enterprise-focused capabilities make this transceiver suitable for environments requiring scalable bandwidth and stable data transmission.

The Dell Y97RG 25GE 850nm Short Wavelength SFP+ Transceiver belongs to the category of optical networking modules that convert electrical signals from networking hardware into optical signals transmitted through fiber optic cables. These modules serve as critical links between active networking devices, allowing data to move rapidly across enterprise infrastructure. Whether deployed in data centers, corporate networks, or high-performance computing environments, this transceiver supports efficient connectivity designed for evolving networking demands.

25 Gigabit Ethernet Optical Technology

25 Gigabit Ethernet represents an important advancement in networking technology by providing increased bandwidth without requiring the complete infrastructure changes associated with much higher-speed networking standards. The Dell Y97RG transceiver allows organizations to upgrade network performance while continuing to use established fiber optic infrastructure where compatible.

Modern businesses generate enormous volumes of data through applications, databases, analytics platforms, video processing systems, artificial intelligence workloads, and cloud services. Traditional network speeds can become bottlenecks when multiple systems communicate simultaneously. A 25Gb Ethernet optical solution provides additional capacity to support these demanding workloads while maintaining efficient communication between critical systems.

The Role of Optical Transceivers in Network Infrastructure

Optical transceivers act as communication bridges between networking equipment and fiber optic cabling. They contain optical components that transmit and receive data using light signals, enabling high-speed communication over longer distances compared with traditional copper-based connections.

The Dell Y97RG 25GE 850nm Short Wavelength SFP+ Transceiver integrates transmitter and receiver functionality into a small, hot-pluggable module. This design enables network administrators to install or replace modules without shutting down connected equipment, improving maintenance flexibility and reducing service interruptions.

Short Wavelength 850nm Optical Communication

The 850nm wavelength technology used by this transceiver is commonly associated with short-range optical networking applications. It is optimized for use with multimode fiber environments where high-speed data transfer is required within controlled distances, such as data center racks, server rooms, and enterprise network locations.

Short wavelength optical solutions provide efficient performance for localized high-bandwidth connections. They are particularly valuable in environments where servers, switches, and storage systems are positioned relatively close together and require rapid communication with minimal latency.

Enterprise Data Center Connectivity

Data centers depend on reliable networking components capable of supporting continuous operations. Every server, storage device, virtualization platform, and application environment relies on fast and stable communication pathways. The Dell Y97RG transceiver supports these requirements by enabling high-speed optical connections between critical infrastructure components.

As data center architectures become increasingly distributed and virtualized, network traffic patterns continue becoming more complex. East-west traffic between servers has grown significantly as applications exchange information internally. A 25Gb optical transceiver helps address these requirements by providing increased bandwidth for server-to-server communication and high-performance workloads.

Server and Switch Communication

Servers and network switches must communicate efficiently to maintain application responsiveness and operational reliability. The Dell Y97RG optical transceiver enables connections between compatible networking devices by providing a standardized optical interface designed for enterprise environments.

High-speed links between servers and switches allow applications to access resources more quickly while reducing congestion across the network. This is especially important in environments where multiple virtual machines, databases, and applications share the same physical infrastructure.

Optimized for Modern Rack Environments

Rack-based data center designs require networking components that balance performance, size, and efficiency. The compact design of SFP+ form factor transceivers allows administrators to maximize port density while maintaining high-speed connectivity.

Higher port density enables more network connections within the same physical space, supporting efficient rack utilization and scalable infrastructure growth. The Dell Y97RG transceiver fits into this approach by delivering high-speed optical connectivity in a small module format.

Fiber Optic Networking Advantages

Fiber optic networking continues to be a preferred solution for enterprise communication because it provides high bandwidth, low electromagnetic interference, and excellent signal integrity. The Dell Y97RG 25GE 850nm Short Wavelength SFP+ Transceiver takes advantage of fiber technology to deliver reliable network communication.

Unlike traditional copper connections, fiber optic cables transmit information using light rather than electrical signals. This allows networks to achieve higher speeds while reducing susceptibility to electrical interference. Fiber-based connections are widely used in professional environments where reliability and performance are critical.

High-Speed Data Transmission

The transceiver supports fast optical communication suitable for demanding applications requiring rapid movement of large amounts of information. High-speed transmission is important for workloads involving large databases, virtualization platforms, cloud services, media applications, and enterprise software systems.

Improved data transfer capability allows organizations to reduce delays and maintain smoother communication between connected systems. As application complexity increases, reliable high-bandwidth connections become increasingly valuable.

Low Latency Network Performance

Latency plays a major role in modern computing environments. Applications requiring real-time responses depend on fast communication between servers and network resources. Optical transceivers contribute toward lower latency by providing efficient pathways for data transmission.

The Dell Y97RG module supports infrastructure designs where minimizing communication delays is essential. This makes it suitable for environments requiring consistent performance and predictable networking behavior.

Virtualization Infrastructure

Virtualization allows multiple operating systems and applications to run on shared physical hardware. While virtualization improves resource utilization, it also increases network traffic because numerous virtual machines communicate through the same physical network adapters and switches.

The Dell Y97RG 25GE optical transceiver supports virtualization environments by providing the bandwidth needed for virtual machine communication, storage access, migration operations, and management traffic. Faster network connections help administrators maintain efficient virtual infrastructures as workloads expand.

Cloud Computing Environments

Cloud computing platforms require scalable networking solutions capable of handling constantly changing workloads. Whether used in private cloud environments or enterprise data centers, high-speed optical connectivity enables resources to communicate efficiently.

The Dell Y97RG transceiver supports cloud infrastructure by helping establish fast connections between compute resources, storage systems, and networking equipment. This contributes toward flexible and responsive cloud operations.

Storage Area Network Connectivity

Storage systems frequently exchange large amounts of information with application servers. Backup operations, database transactions, file transfers, and data replication processes depend on reliable network connections.

A 25Gb optical connection provides additional capacity for storage-related communication, helping organizations improve data movement efficiency and reduce network limitations that may affect performance.

Hardware Compatibility and Integration

Enterprise networking environments require components that integrate smoothly with existing hardware platforms. The Dell Y97RG transceiver is designed for compatibility with supported Dell networking systems and other infrastructure components that utilize compatible optical interfaces.

Using properly matched optical modules helps organizations maintain predictable network performance while simplifying deployment and maintenance processes. Hardware compatibility is particularly important in large-scale environments where many networking components operate together.

Hot-Pluggable Module Design

The hot-pluggable nature of SFP+ transceivers allows technicians to replace or install modules while equipment remains operational. This capability reduces downtime and improves maintenance efficiency.

Network administrators can expand connectivity, replace faulty modules, or upgrade infrastructure components without requiring extended service interruptions. This flexibility supports business continuity objectives in mission-critical environments.

Performance and Reliability Considerations

Enterprise networks operate continuously and require components capable of maintaining stable performance over extended periods. Optical transceivers must deliver consistent signal quality and dependable communication to support critical business applications.

The Dell Y97RG 25GE 850nm Short Wavelength SFP+ Transceiver is designed for professional networking environments where reliability, efficiency, and scalability are important considerations.

Maintaining Network Availability

Network availability directly impacts business operations. Downtime can interrupt applications, reduce productivity, and affect customer experiences. Reliable optical components contribute toward creating resilient infrastructure capable of supporting continuous communication.

By providing stable high-speed connections, the transceiver assists organizations in maintaining dependable network pathways across their technology environments.

Efficient Infrastructure Expansion

As organizations grow, their networking requirements often increase. Additional servers, applications, storage systems, and users create demand for greater bandwidth. Optical transceivers allow businesses to expand network capacity without replacing entire infrastructure designs.

The Dell Y97RG module provides a practical option for upgrading connectivity and supporting future network expansion strategies.

Role in Next-Generation Enterprise Networks

Enterprise networks are evolving rapidly as organizations adopt artificial intelligence, automation, analytics, and increasingly connected systems. These technologies require communication infrastructure capable of transferring large volumes of information quickly and efficiently.

25Gb optical networking represents an important step between traditional Ethernet speeds and higher-performance data center technologies. The Dell Y97RG transceiver supports organizations seeking improved performance while maintaining manageable infrastructure upgrades.

Digital Transformation

Digital transformation initiatives depend on reliable technology foundations. Faster networks enable organizations to deploy advanced applications, process information more effectively, and deliver improved digital services.

The Dell Y97RG optical transceiver contributes to these initiatives by providing connectivity designed for modern enterprise workloads and future scalability.

Network Efficiency and Resource Optimization

Efficient networking helps organizations maximize the value of their computing resources. When networks operate effectively, servers, storage systems, and applications can exchange information without unnecessary delays.

The Dell Y97RG 25GE 850nm Short Wavelength SFP+ Transceiver supports efficient infrastructure design by enabling high-speed optical communication while maintaining a compact physical footprint.

Improving Data Center Operations

Data center efficiency depends on many factors, including hardware performance, cooling, power management, and networking capability. High-performance optical modules contribute to overall operational efficiency by supporting faster communication between systems.

As data centers continue increasing in complexity, reliable networking components remain essential for maintaining smooth operations and supporting business objectives.

Corporate Server Rooms

Corporate server rooms often host applications, file services, databases, and business platforms that require dependable network communication. The Dell Y97RG transceiver provides high-speed connectivity suitable for connecting servers and switches within these environments.

Research and Technical Computing

Research organizations and technical computing environments frequently process large datasets that require rapid data movement. High-speed optical networking assists these environments by reducing transfer limitations and supporting efficient collaboration between computing resources.

High-Density Networking Environments

High-density environments require compact networking solutions that deliver maximum performance within limited physical space. SFP+ optical modules support this requirement by combining small size with enterprise-grade connectivity capabilities.

Optical Networking Evolution

The growth of digital services continues driving demand for faster and more reliable network infrastructure. Optical technologies remain central to this evolution because they provide the bandwidth and efficiency required by modern computing environments.

The Dell Y97RG 25GE 850nm Short Wavelength SFP+ Transceiver represents a practical solution for organizations seeking to enhance their network capabilities through advanced optical communication technology.