JL293A HPE X190 25G SFP28 LC SR 100M MM Transceiver

Overview HPE JL293A X190 25G SFP28 LC SR Transceiver

The HPE JL293A X190 25G SFP28 LC SR transceiver module is engineered to deliver high-speed connectivity for enterprise networking environments. Designed for efficiency and reliability, it supports 25GBASE-SR Ethernet applications with superior performance over multi-mode fiber.

General Information

• Brand: HPE
• Part Number: JL293A
• Category: Optical Transceiver Module

Technical Specifications

• Form Factor: Compact SFP28 design
• Data Rate: 25 Gbps for high-bandwidth applications

Optical Characteristics

• Wavelength: 850 nm VCSEL laser transmitter
• Connector Type: Duplex LC interface
• Fiber Compatibility: Multi-Mode Fiber (MMF)

Transmission Distance

• OM3 Fiber: Up to 70 meters
• OM4/OM5 Fiber: Up to 100 meters

Power Consumption

• Low Dissipation: Operates under 0.3W to 1W
• Eco-Friendly Design: Optimized for reduced energy usage

Performance Benefits

• Reliable 25GBASE-SR Ethernet connectivity
• Compact footprint for space-saving installations
• Optimized for modern data centers and enterprise networks

Compatibility & Use Cases

• Ideal for short-range, high-speed data transmission
• Supports scalable network infrastructure
• Compatible with HPE networking equipment

HPE JL293A X190 25G SFP28 LC SR Multi-Mode Transceiver

The HPE JL293A X190 25G SFP28 LC SR 100M Multi-Mode Transceiver Module is designed to support high-speed Ethernet networking environments that demand reliable connectivity, low latency communication, and scalable optical performance. Engineered for modern enterprise data centers and high-density networking infrastructures, this 25 Gigabit Ethernet transceiver module enables fast and stable optical data transmission across multi-mode fiber cabling systems.

As enterprise networks continue transitioning toward higher bandwidth architectures, 25GbE connectivity has become increasingly important for cloud computing environments, virtualization clusters, hyperscale infrastructures, storage area networks, and software-defined networking deployments. The HPE JL293A optical transceiver provides efficient high-speed communication that supports modern server-to-switch and switch-to-switch interconnect requirements.

This HPE X190 transceiver module integrates advanced SFP28 technology, allowing network administrators to maximize switch port density while maintaining exceptional network throughput. The compact SFP28 form factor contributes to efficient rack space utilization in enterprise networking environments where scalability and cable management remain critical operational considerations.

The module is optimized for short-range optical communication over multi-mode fiber infrastructure, supporting distances up to 100 meters. This capability makes the HPE JL293A particularly suitable for intra-rack, inter-rack, and short-distance aggregation network connections commonly deployed within enterprise data centers and colocation facilities.

25 Gigabit Ethernet Performance Advantages

25 Gigabit Ethernet technology delivers substantial improvements in bandwidth efficiency compared to traditional 10GbE networking environments. The HPE JL293A transceiver module enables organizations to increase network performance while optimizing infrastructure scalability for evolving business workloads and growing data traffic demands.

The migration from 10GbE to 25GbE networking has become a strategic priority for many enterprises because it provides higher throughput without requiring significant increases in cabling complexity or power consumption. The HPE JL293A supports this transition by offering a high-performance optical interface capable of handling bandwidth-intensive applications efficiently.

Modern enterprise applications such as virtualization, artificial intelligence processing, cloud-native computing, large-scale analytics, and high-speed storage systems require extremely fast network connectivity. This HPE SFP28 transceiver supports those operational requirements with low-latency optical communication and dependable signal transmission.

SFP28 Form Factor Design

The SFP28 form factor is specifically engineered for next-generation high-speed networking environments. Compared to earlier SFP+ technologies, SFP28 modules deliver significantly higher bandwidth while maintaining a compact and energy-efficient design.

The HPE JL293A utilizes this compact transceiver architecture to maximize switch scalability and simplify deployment in dense networking infrastructures. Enterprise network administrators can deploy larger quantities of high-speed optical links without consuming excessive physical space within networking cabinets and data center racks.

The hot-swappable nature of SFP28 modules also improves operational flexibility by enabling network maintenance and upgrades without requiring complete system shutdowns. This feature is especially valuable in enterprise environments where uninterrupted network availability is essential.

Multi-Mode Fiber Connectivity Capabilities

Optimized Multi-Mode Optical Communication

The HPE JL293A X190 transceiver module is engineered for operation over multi-mode fiber infrastructure, which is widely used in enterprise data centers and short-range networking deployments. Multi-mode fiber cabling offers cost-effective high-speed optical connectivity while supporting simplified deployment within localized network environments.

Multi-mode optical technology is particularly effective for short-distance communication between servers, switches, and storage systems located within the same data center or networking facility. The HPE JL293A supports reliable 25GbE connectivity across distances of up to 100 meters, making it suitable for high-density rack environments and structured cabling systems.

Organizations implementing data center modernization strategies often utilize multi-mode fiber to support high-bandwidth optical communication without incurring the higher costs associated with long-range single-mode deployments. The HPE JL293A addresses these requirements with efficient SR optical transmission capabilities.

LC Duplex Connector Integration

The module incorporates an LC duplex optical connector interface, which has become an industry-standard connectivity solution for enterprise fiber networking environments. LC connectors provide secure and compact optical termination that supports reliable signal transmission and simplified cable management.

LC connectors are widely used in modern data centers because they allow high-density fiber deployments while maintaining excellent optical performance characteristics. The compact connector design helps network administrators optimize patch panel utilization and streamline structured cabling layouts.

The HPE JL293A transceiver supports compatibility with standard LC multi-mode fiber patch cables commonly deployed in enterprise Ethernet infrastructures. This interoperability simplifies installation procedures and supports efficient network expansion projects.

Short-Range Optical Networking Efficiency

Short-range optical transceivers play a critical role in modern enterprise networking architectures where low-latency communication and high-speed connectivity are essential. The SR designation within the HPE JL293A model indicates optimized operation for short-distance multi-mode fiber environments.

Short-range transceivers help organizations reduce networking costs while maintaining excellent bandwidth performance for localized optical communication. Intra-data-center links frequently operate within relatively short distances, making SR optical modules an efficient and practical networking solution.

Enterprise Data Center Deployment Scenarios

High-Density Server Connectivity

Enterprise data centers increasingly rely on high-speed server interconnects to support virtualization, cloud computing, distributed applications, and software-defined infrastructure platforms. The HPE JL293A X190 transceiver module enables reliable 25GbE communication between servers and top-of-rack switches in these demanding environments.

Server virtualization platforms generate substantial east-west traffic as virtual machines communicate across clustered infrastructures. The enhanced bandwidth capabilities of 25GbE optical networking help minimize congestion while improving workload responsiveness and application performance.

As modern servers continue integrating larger numbers of processor cores and faster storage technologies, network connectivity becomes increasingly important for maintaining balanced system performance. The HPE JL293A helps address these challenges by delivering high-speed optical throughput optimized for contemporary enterprise workloads.

Cloud Computing Infrastructure Support

Cloud computing environments require scalable networking architectures capable of supporting dynamic workload distribution, multi-tenant operations, and rapid resource provisioning. The HPE JL293A transceiver module contributes to efficient cloud infrastructure scalability by enabling high-bandwidth optical communication across data center switching fabrics.

Public cloud providers, private cloud deployments, and hybrid cloud infrastructures frequently utilize 25GbE networking because it offers an ideal balance between performance, scalability, and operational efficiency. This HPE SFP28 optical module supports those requirements with dependable Ethernet connectivity.

Cloud-native applications and microservices architectures also benefit from high-speed networking because they rely heavily on low-latency communication between distributed application components. The HPE JL293A supports efficient data transfer within these highly dynamic environments.

Software-Defined Networking Applications

Software-defined networking platforms centralize network management and automate traffic optimization across enterprise infrastructures. High-performance optical connectivity is essential in these environments because network controllers and distributed systems continuously exchange operational data.

The HPE JL293A helps software-defined infrastructures maintain efficient communication by supporting rapid packet transmission and dependable optical signal integrity. These characteristics contribute to better application responsiveness and improved network scalability.

Hyperconverged Infrastructure Optimization

Hyperconverged infrastructures combine compute, storage, and networking resources within integrated platforms designed for simplified management and scalability. Such environments generate large amounts of network traffic due to storage replication, virtualization communication, and distributed resource management.

The HPE JL293A X190 transceiver module provides the high-speed optical connectivity necessary for maintaining efficient communication within hyperconverged systems. Its 25GbE performance capabilities help reduce latency while supporting rapid synchronization between clustered nodes.

Optical Performance and Signal Integrity

Reliable High-Speed Data Transmission

Maintaining signal integrity is critical in high-speed optical networking environments. The HPE JL293A transceiver module is engineered to deliver stable and accurate data transmission while minimizing packet loss and communication errors.

High-quality optical components and precision engineering contribute to consistent network performance even under sustained traffic loads. Enterprise organizations depend on reliable connectivity for mission-critical applications, financial transactions, cloud services, and real-time communication systems.

The module’s optical architecture supports low bit error rates and stable signal output, helping maintain uninterrupted data communication across enterprise network infrastructures.

Low-Latency Communication Benefits

Low latency has become increasingly important in modern networking environments where real-time application responsiveness directly impacts operational efficiency. The HPE JL293A supports fast optical communication that minimizes transmission delays between connected systems.

Applications such as high-frequency trading, distributed databases, artificial intelligence inference systems, and real-time analytics platforms require rapid network communication to function effectively. This transceiver module helps optimize these workloads through efficient optical data transfer.

Reduced latency also improves virtualization performance because virtual machines frequently exchange data across networked infrastructures. Faster communication contributes to improved workload distribution and more responsive cloud services.

Enhanced Optical Stability

Optical stability is essential for maintaining consistent network operations in enterprise data centers. Environmental factors such as temperature fluctuations, sustained traffic loads, and dense rack deployments can influence transceiver performance.

The HPE JL293A is designed to operate reliably within enterprise networking environments where stable optical communication is necessary for continuous business operations. Consistent performance characteristics help reduce downtime risks and improve infrastructure dependability.

Compatibility with Enterprise Networking Equipment

HPE Networking Platform Integration

The HPE JL293A X190 transceiver module is engineered for compatibility with supported HPE networking equipment, including enterprise switches and data center networking platforms designed for SFP28 optical interfaces.

Compatibility with enterprise networking hardware ensures seamless deployment within HPE infrastructure environments. Organizations utilizing HPE networking solutions can integrate this optical module into existing architectures while maintaining consistent operational standards.

Validated interoperability helps reduce deployment complexity and supports simplified network management across enterprise infrastructures. Reliable compatibility is especially important in mission-critical environments where connectivity issues can negatively affect operational continuity.

Scalable Network Expansion Support

Enterprise networking infrastructures frequently evolve to accommodate increasing bandwidth demands and expanding operational requirements. The HPE JL293A supports scalable network expansion by enabling high-density optical connectivity within growing data center environments.

Organizations implementing digital transformation strategies often require networking solutions capable of adapting to changing workload patterns and future technology requirements. This SFP28 transceiver provides the flexibility necessary for long-term infrastructure scalability.

The compact form factor and high-speed performance characteristics of the module allow network administrators to increase connectivity capacity efficiently without significantly increasing rack space consumption or power requirements.

Interoperability with Structured Cabling Systems

Structured cabling infrastructures form the foundation of enterprise optical networking environments. The HPE JL293A supports integration with standard multi-mode fiber cabling systems commonly deployed in commercial data centers and enterprise facilities.

Reliable interoperability simplifies optical network design and supports efficient cable management strategies. Organizations can implement high-speed 25GbE connectivity while maintaining organized and scalable cabling architectures.

Energy Efficiency and Thermal Characteristics

Optimized Power Consumption

Energy efficiency remains a critical consideration in modern data center operations where power utilization directly affects operational costs and thermal management requirements. The HPE JL293A X190 transceiver module is designed to deliver high-speed optical performance while maintaining efficient power consumption characteristics.

Compared to larger networking interfaces, SFP28 optical modules offer improved power efficiency that supports sustainable data center operations. Lower power requirements contribute to reduced cooling demands and improved infrastructure efficiency.

Efficient power utilization becomes increasingly important in hyperscale and enterprise environments deploying large quantities of optical transceivers across extensive networking infrastructures. The HPE JL293A helps organizations optimize network scalability without excessive energy consumption.

Thermal Management in Dense Deployments

High-density networking environments generate substantial heat due to concentrated processing and communication activity. Optical transceivers must maintain reliable performance under elevated thermal conditions to ensure stable network operations.

The HPE JL293A is engineered with thermal efficiency considerations that support consistent operation within enterprise data centers and high-density networking cabinets. Effective thermal characteristics contribute to long-term reliability and operational stability.

Stable thermal performance also helps extend hardware lifespan and reduce maintenance requirements in continuously operating enterprise infrastructures.

Environmental Reliability Standards

Enterprise networking equipment must operate consistently within demanding environmental conditions that include fluctuating temperatures, continuous workloads, and intensive communication traffic. The HPE JL293A is designed to meet the operational expectations of modern business-critical networking environments.

Reliable transceiver operation helps organizations maintain uninterrupted communication services for applications such as cloud platforms, enterprise collaboration systems, virtualization clusters, and distributed computing infrastructures.

25GbE Networking Evolution and Modern Infrastructure Requirements

Transition from 10GbE to 25GbE Architectures

The adoption of 25 Gigabit Ethernet has accelerated as organizations seek higher bandwidth networking solutions capable of supporting next-generation digital infrastructures. Compared to 10GbE technologies, 25GbE offers significantly improved throughput while preserving efficient port utilization and manageable deployment costs.

Modern enterprise workloads continue generating increasing volumes of network traffic due to virtualization, artificial intelligence processing, edge computing, and cloud-native application architectures. The HPE JL293A transceiver module supports these evolving requirements through scalable optical connectivity.

25GbE networking has also become widely adopted in modern server environments because it provides enhanced performance without requiring the substantial infrastructure changes associated with even higher-speed Ethernet technologies.

Support for Future Network Scalability

Enterprise organizations require networking solutions capable of adapting to future bandwidth growth and evolving digital transformation initiatives. The HPE JL293A X190 25G SFP28 LC SR 100M Multi-Mode Transceiver Module provides scalable optical connectivity suitable for expanding enterprise infrastructures.

As applications continue demanding higher throughput and lower latency communication, 25GbE optical networking remains a strategic technology for supporting modern business operations. This HPE transceiver module helps organizations build future-ready infrastructures optimized for performance, scalability, and operational efficiency.