R0R42-63001 HPE 25GbE SFP28 SR 30 meter Transceiver

HPE R0R42-63001 25GbE Meter Transceiver

The HPE R0R42-63001 25GbE SFP28 SR 30 Meter Transceiver is engineered to deliver dependable, high-speed optical connectivity for modern enterprise networks, cloud environments, and data center infrastructures. Designed for seamless integration with compatible HPE networking equipment, this pluggable transceiver supports flexible deployment options across multiple fiber and connector configurations.

Product Information

• Brand: HPE 
• Part Number: R0R42-63001
• Drive Type: Meter Transceiver 

High-Performance Optical Connectivity

• Supports 25GbE network performance requirements
• Ideal for enterprise, campus, and data center deployments
• Hot-swappable design for simplified maintenance
• Reliable optical communication for mission-critical applications
• Optimized for scalable network expansion

Maximum Reach by Fiber Type

• Up to 100 meters over OM4 multimode fiber
• Up to 70 meters over OM3 multimode fiber
• Up to 500 meters using single-mode fiber

Advantages of Extended Reach

• Reduced need for additional networking equipment
• Efficient inter-rack and intra-building connectivity
• Supports scalable data center expansion
• Suitable for enterprise backbone deployments

Optical Specifications

• 850 nm optical wavelength operation
• 1310 nm wavelength support for extended connectivity applications

Signal Stability Benefits

• Consistent network performance
• Improved transmission efficiency
• Reduced signal degradation
• Enhanced operational reliability

Physical Characteristics

Dimensions in Inches

• Length: 6.25 inches
• Width: 4.25 inches
• Height: 1.25 inches

Dimensions in Centimeters

• Length: 15.88 cm
• Width: 10.80 cm
• Height: 3.18 cm

Weight Specifications

• Weight: 1 lb
• Weight: 0.454 kg

Flexible Form Factor Compatibility

• SFP+
• SFP28
• SFP56
• QSFP+
• QSFP28
• QSFP56
• QSFP-DD

Connector Compatibility

• LC connectors
• MPO-8 interfaces
• MPO-12 interfaces
• MPO-16 interfaces

Supported Fiber Types

• Multi-mode fiber (MMF)
• Single-mode fiber (SMF)

Compatible Cabling Options

• OM3 fiber cabling
• OM4 fiber cabling
• LC optical cabling
• MPO 8-fiber cabling
• MPO 12-fiber cabling
• MPO 16-fiber cabling

HPE R0R42-63001 25GbE SFP28 Meter Transceiver

The HPE R0R42-63001 25GbE SFP28 SR 30 meter Transceiver is designed to support modern enterprise networking environments that demand exceptional bandwidth, low latency, and reliable connectivity. As organizations continue to adopt virtualization, cloud computing, software-defined infrastructure, and data-intensive applications, the need for high-performance optical transceivers becomes increasingly important. This transceiver category represents a critical component in high-speed network deployments where seamless communication between servers, switches, storage systems, and networking equipment is essential.

Built around the 25 Gigabit Ethernet standard, the HPE R0R42-63001 transceiver delivers a balance of speed, efficiency, and scalability. Organizations seeking to optimize network performance often rely on 25GbE technology because it provides significantly greater throughput than 10GbE while maintaining cost-effective deployment options. The compact SFP28 form factor enables flexible integration into compatible HPE networking equipment and other supported infrastructure platforms.

The short-range optical design allows transmission over multimode fiber connections for distances up to 30 meters, making it suitable for high-density data center environments, enterprise server rooms, hyperconverged infrastructure deployments, and network aggregation layers. The category encompasses advanced networking solutions intended to support modern digital transformation initiatives while maintaining reliability and operational efficiency.

Advantages of 25GbE Connectivity

Organizations transitioning from legacy networking architectures often discover significant advantages when implementing 25GbE infrastructure. The increased throughput enables more efficient data movement across servers, storage systems, and network devices. Higher bandwidth reduces bottlenecks and supports growing application demands while preserving network responsiveness.

Because 25GbE offers a substantial increase in performance over 10GbE connections, enterprises can accommodate greater virtual machine density, faster backup operations, accelerated data replication, and improved application performance. These benefits contribute to enhanced productivity, improved user experiences, and more efficient resource utilization throughout the IT environment.

Key Features

The defining characteristic of this transceiver category is its support for 25 Gigabit Ethernet communications. This capability enables organizations to establish high-bandwidth network connections capable of handling large volumes of data traffic. As digital transformation initiatives generate increasing amounts of information, 25GbE connectivity provides the performance necessary to maintain operational efficiency.

Applications such as cloud platforms, virtualization clusters, analytics systems, storage networks, and enterprise databases benefit significantly from the increased throughput available through 25GbE technology. The transceiver's design supports reliable data transmission while maintaining the performance standards required by mission-critical infrastructure.

Short-Range Optical Communication

The short-range architecture is specifically engineered for multimode fiber deployments within controlled networking environments. Supporting transmission distances up to 30 meters, the module is particularly suitable for intra-rack and inter-rack connectivity scenarios where network equipment is located in close proximity.

Short-range optical solutions frequently offer a compelling combination of performance, affordability, and deployment simplicity. Data center operators often choose SR transceivers because they deliver dependable connectivity without requiring the additional costs associated with long-distance optical technologies.

Compact SFP28 Form Factor

The compact nature of the SFP28 form factor contributes to its widespread adoption across enterprise and data center environments. High-density networking equipment frequently includes numerous SFP28 ports, allowing organizations to maximize bandwidth within limited rack space.

As network infrastructure expands, density becomes a critical consideration. The ability to deploy multiple high-speed optical connections within a compact physical footprint supports efficient resource utilization and helps organizations achieve scalable network architectures capable of supporting future growth.

Optimized for Modern Data Centers

Modern data centers prioritize efficiency, scalability, and performance. The HPE R0R42-63001 transceiver category aligns with these objectives by supporting high-speed communication between servers, storage systems, and network switches. The technology helps organizations meet increasing workload requirements while maintaining manageable operational costs.

Data center administrators frequently deploy 25GbE optical solutions to support virtualization, software-defined networking, hybrid cloud infrastructure, and next-generation application environments. The resulting network architecture delivers enhanced responsiveness and improved resource accessibility across the enterprise.

Enterprise Data Centers

Enterprise data centers represent one of the most common deployment environments for 25GbE SFP28 SR transceivers. Within these facilities, servers, storage arrays, and networking equipment must communicate efficiently to support business operations. The transceiver category provides the high-speed optical connectivity necessary for reliable data movement between infrastructure components.

Organizations operating large-scale enterprise environments often require consistent network performance to support critical applications, customer-facing services, and internal business systems. The implementation of 25GbE optical connectivity contributes to improved infrastructure responsiveness and operational reliability.

Cloud Computing Infrastructure

Cloud environments rely heavily on high-performance networking. Whether deployed within private cloud, public cloud, or hybrid cloud architectures, networking infrastructure must accommodate dynamic workloads and large volumes of east-west traffic. The HPE R0R42-63001 transceiver category supports these requirements through high-bandwidth optical communication capabilities.

Cloud service providers and enterprise IT teams frequently utilize 25GbE connectivity to establish efficient communication pathways between compute resources, storage platforms, and network services. This approach supports improved workload distribution and enhanced application availability.

Virtualized Server Environments

Virtualization technologies have transformed data center operations by enabling multiple virtual machines to operate on shared hardware platforms. As virtualization density increases, networking requirements become more demanding. The ability to support high-speed communication between hosts, storage systems, and management platforms becomes essential.

25GbE transceivers help address these challenges by providing sufficient bandwidth to accommodate virtual machine traffic, storage access requests, migration operations, and application communications. The result is a more responsive and scalable virtualized infrastructure environment.

Storage Area Networks

Storage systems increasingly depend on high-speed network connectivity to meet modern performance expectations. Backup operations, data replication, disaster recovery processes, and storage access workloads all benefit from enhanced network throughput.

The HPE R0R42-63001 transceiver category supports efficient communication between servers and storage platforms, helping organizations achieve faster data transfer rates and reduced operational delays. Improved storage networking performance contributes directly to overall application responsiveness and user satisfaction.

Benefits of Fiber Optic Networking Solutions

Fiber optic communication offers significant advantages compared to traditional copper networking technologies. One of the most important benefits is superior signal integrity. Optical transmission minimizes the effects of electromagnetic interference, ensuring consistent data delivery even in environments containing substantial electrical equipment.

Data centers and enterprise facilities often contain numerous devices operating simultaneously. Fiber optic infrastructure helps maintain stable communication channels while supporting high-speed data transmission requirements.

Improved Bandwidth Capacity

Bandwidth requirements continue to grow as organizations adopt data-intensive applications and digital services. Fiber optic technologies provide exceptional bandwidth capabilities that support current and future networking demands. The HPE R0R42-63001 category leverages optical communication to deliver the throughput necessary for modern enterprise operations.

As organizations scale their infrastructure, fiber-based networking solutions offer a foundation capable of supporting evolving performance requirements without extensive architectural changes.

Reduced Latency

Low-latency communication is increasingly important for modern applications. Real-time analytics, financial systems, cloud services, virtualization platforms, and database environments all benefit from rapid data transmission. High-quality optical transceivers contribute to reduced latency by supporting efficient signal propagation and reliable communication pathways.

The resulting performance improvements enhance user experiences and support more responsive business applications throughout the enterprise environment.

Compatibility and Infrastructure Integration

The HPE R0R42-63001 transceiver category is designed to support integration within HPE networking ecosystems. Organizations utilizing HPE servers, switches, storage systems, and networking solutions can leverage these optical modules to establish high-performance communication links throughout their infrastructure.

Seamless compatibility simplifies deployment processes and reduces administrative complexity. IT teams can implement optical connectivity solutions with confidence while maintaining operational consistency across the environment.

Technical Characteristics 

The transceiver category is designed for operation over multimode fiber cabling, a common choice within enterprise and data center environments. Multimode fiber offers cost-effective connectivity for short-distance applications while supporting the bandwidth requirements associated with 25GbE networking.

Organizations deploying structured cabling systems frequently select multimode fiber because it provides a practical balance of performance, reliability, and installation efficiency. The compatibility between SR transceivers and multimode fiber infrastructure simplifies deployment planning and supports long-term operational objectives.

Reliable Optical Performance

Reliability is fundamental to enterprise networking success. Optical transceivers must consistently maintain stable communication channels while supporting demanding workloads and continuous operation. The HPE R0R42-63001 category is intended to support dependable network connectivity across a variety of enterprise deployment scenarios.

Reliable optical performance helps minimize downtime risks, supports service continuity, and contributes to overall infrastructure resilience. These characteristics are particularly important in environments where network availability directly impacts business operations.

Importance of High-Speed Networking in Digital Transformation

Digital transformation initiatives continue to reshape organizational technology strategies. Emerging technologies such as artificial intelligence, machine learning, big data analytics, and cloud-native applications generate substantial networking demands. High-speed optical connectivity enables organizations to support these workloads effectively.

The HPE R0R42-63001 transceiver category provides the bandwidth required to facilitate rapid data movement between compute resources, storage platforms, and networking infrastructure. This capability contributes to improved application performance and enhanced operational efficiency.

Facilitating Hybrid IT Environments

Many organizations operate hybrid IT environments that combine on-premises infrastructure with cloud-based services. Efficient communication between these resources requires reliable networking solutions capable of supporting large volumes of data traffic.

25GbE optical transceivers play an important role in enabling seamless connectivity throughout hybrid environments. By supporting high-speed communication pathways, organizations can maintain consistent performance across distributed infrastructure architectures.

Enabling Future Network Growth

Future-ready infrastructure requires networking technologies capable of adapting to changing business requirements. Investments in 25GbE optical connectivity provide a pathway toward continued performance improvements while supporting evolving digital initiatives.

The category serves as a valuable component within modern networking strategies focused on scalability, flexibility, and long-term operational success. Organizations implementing high-speed optical connectivity today position themselves to address future networking challenges more effectively.

Long-Term Value for Enterprise Infrastructure

The HPE R0R42-63001 25GbE SFP28 SR 30 meter Transceiver category delivers a combination of speed, reliability, scalability, and compatibility that aligns with contemporary enterprise networking requirements. As data center environments continue to evolve, high-performance optical transceivers remain essential for maintaining efficient communication between infrastructure components. The category supports modern workloads, enhances network responsiveness, facilitates scalable growth, and contributes to the overall effectiveness of enterprise IT operations. Through dependable 25GbE connectivity and optimized short-range optical performance, these transceivers provide a practical solution for organizations seeking to build robust, future-ready networking environments capable of supporting demanding digital business initiatives.