J8173A HPE Procurve SMF Duplex SC 10GBPS Transceiver Module

Overview of HPE J8173A 10GB Transceiver Module

The HPE J8173A ProCurve 10GBase-LR Xenpak Transceiver Module is a high-performance optical networking solution designed for enterprise-class data communication environments. Engineered to support 10 Gigabit Ethernet connectivity over single-mode fiber infrastructure, this hot-swappable transceiver delivers exceptional bandwidth, reliability, and long-distance communication capabilities for modern networking deployments.

Designed to meet the growing demands of data-intensive applications, cloud computing environments, virtualization platforms, and large-scale business networks, this optical module provides seamless integration into compatible network switches and routing equipment. With support for 10GBase-LR standards and a transmission distance of up to 10 kilometers, the module enables organizations to build scalable and future-ready network infrastructures.

General Information

• Manufacturer: HPE
• Part Number:
• Product Type: Transceiver Module

Technical Specifications

• 10Gbps high-bandwidth performance.
• Long-distance transmission up to 10km.
• Single-mode fiber compatibility.
• Industry-standard 10GBase-LR support.
• Reliable 1310nm optical technology.
• Duplex SC optical interface.
• Hot-swappable installation capability.
• Enterprise-grade networking reliability.
• Ideal for data centers and campus networks.
• Scalable infrastructure deployment.

J8173A HP ProCurve 10Gbps Transceiver Module 

The J8173A HP ProCurve 10Gbps 10GBase-LR Xenpak Transceiver Module is a high-performance optical networking solution designed for enterprise, carrier-grade, and data center environments requiring reliable long-distance 10 Gigabit Ethernet connectivity. Built to support 10GBase-LR standards, this transceiver enables high-speed communication over single-mode fiber infrastructure with transmission distances reaching up to 10 kilometers. Utilizing a 1310nm wavelength and Duplex SC optical interface, the module delivers dependable signal integrity, low latency, and stable network performance for mission-critical applications.

As organizations continue to expand their network infrastructures, the demand for scalable and high-bandwidth optical connectivity becomes increasingly important. The HP ProCurve J8173A Xenpak transceiver addresses these requirements by providing a robust optical transport solution capable of supporting large-scale enterprise deployments, campus networks, metropolitan networks, storage networking environments, and advanced data center architectures.

10 Gigabit Ethernet Connectivity

Modern enterprises rely on bandwidth-intensive applications such as virtualization, cloud computing, unified communications, large database transfers, video streaming, and real-time analytics. Traditional Gigabit Ethernet connections often become bottlenecks in these environments. The J8173A HP ProCurve module supports 10 Gigabit Ethernet throughput, providing ten times the bandwidth of standard Gigabit connections.

The increased transmission speed allows organizations to support larger workloads while maintaining exceptional network responsiveness. High-capacity data transfers occur with minimal delay, helping improve productivity and ensuring that network resources remain available for critical business operations. The ability to sustain 10Gbps performance makes this transceiver suitable for backbone connections, aggregation layers, and high-capacity uplinks.

Enhanced Data Transfer Efficiency

Efficient network communication requires more than raw bandwidth. The HP ProCurve J8173A module is engineered to deliver consistent throughput while maintaining signal quality across extended distances. By utilizing optical transmission technologies rather than traditional copper cabling, network administrators can achieve superior performance while reducing electromagnetic interference and signal degradation.

The module supports high-volume traffic environments where continuous data movement occurs between servers, switches, storage systems, and network appliances. This capability is particularly beneficial for enterprises operating virtualization clusters, disaster recovery sites, and centralized data repositories.

10GBase-LR Optical Networking Technology

The J8173A transceiver conforms to the widely adopted IEEE 802.3ae 10GBase-LR standard. This specification defines long-range optical transmission over single-mode fiber using a 1310nm wavelength laser source. The standard has become a preferred choice for organizations requiring reliable 10 Gigabit Ethernet communication beyond the distance limitations of multimode fiber solutions.

10GBase-LR technology offers a balance between performance, reach, and deployment flexibility. It allows organizations to extend high-speed network services across buildings, campuses, and metropolitan environments without sacrificing bandwidth or reliability. Because it follows industry standards, the transceiver integrates smoothly into existing enterprise networking infrastructures.

Single-Mode Fiber Architecture

Single-mode fiber plays a critical role in long-distance optical networking. Unlike multimode fiber, which supports multiple light paths simultaneously, single-mode fiber allows light to travel through a single propagation mode. This significantly reduces modal dispersion and enables transmission over much greater distances.

The HP ProCurve J8173A transceiver is specifically designed for single-mode fiber environments. This design allows the module to achieve transmission distances of up to 10 kilometers while maintaining high signal quality and low error rates. The result is a networking solution capable of supporting geographically dispersed facilities without requiring intermediate signal regeneration equipment.

Benefits of Single-Mode Fiber Deployment

Single-mode fiber infrastructure provides long-term advantages for organizations planning future network growth. Its superior transmission capabilities support increasing bandwidth demands while reducing the need for frequent infrastructure upgrades. The optical characteristics of single-mode fiber also contribute to lower attenuation and greater reliability over extended distances.

Organizations investing in long-range optical networking often choose single-mode fiber because it supports evolving Ethernet standards and emerging high-speed networking technologies. This future-ready capability enhances the value of existing infrastructure investments.

1310nm Optical Wavelength Technology

The J8173A HP ProCurve Xenpak transceiver utilizes a 1310nm optical wavelength for data transmission. This wavelength is widely recognized for its effectiveness in long-distance single-mode fiber communications. It provides an ideal balance between attenuation performance and optical signal stability.

Operating at 1310nm enables the transceiver to deliver consistent performance across extended fiber runs. The wavelength minimizes transmission losses while supporting reliable communication in demanding enterprise environments. This characteristic contributes significantly to the module's ability to achieve long-distance connectivity without compromising data integrity.

Optical Signal Integrity

Signal integrity is one of the most important considerations in optical networking. The use of a 1310nm laser source helps ensure stable optical output and reliable reception across the entire transmission path. This stability reduces packet loss, transmission errors, and network interruptions that could impact business operations.

Maintaining strong signal quality becomes increasingly important in high-bandwidth applications where even minor disruptions can affect performance. The J8173A module is engineered to deliver dependable optical communication under demanding network conditions.

Duplex SC Connector Design

The transceiver features a Duplex SC connector interface, a widely recognized optical connection standard used throughout enterprise and telecommunications environments. The Duplex SC design provides separate transmit and receive optical channels, enabling full-duplex communication and supporting simultaneous bidirectional data transfer.

The connector's secure locking mechanism helps maintain stable optical connections while minimizing the risk of accidental disconnection. This reliability is particularly valuable in data centers and network closets where equipment density and cable management complexity continue to increase.

Reliable Optical Connectivity

Optical connector quality directly influences network stability. The Duplex SC interface used by the HP ProCurve J8173A module ensures precise fiber alignment and efficient optical coupling. These characteristics contribute to lower insertion loss and improved overall transmission performance.

Organizations deploying large-scale optical networks benefit from the connector's widespread industry acceptance, making installation, maintenance, and infrastructure expansion more straightforward.

Xenpak Form Factor Architecture

The Xenpak form factor represented one of the earliest standardized approaches to 10 Gigabit Ethernet optical connectivity. Designed to support high-performance networking applications, Xenpak modules integrate optical transmitters, receivers, and supporting electronics into a compact plug-in package.

The J8173A HP ProCurve module utilizes this proven architecture to provide dependable 10GbE connectivity for compatible networking equipment. The Xenpak design simplifies deployment by allowing administrators to install or replace modules without extensive hardware modifications.

Hot-Swappable Network Expansion

Many Xenpak-compatible networking platforms support hot-swappable transceiver installation. This capability enables network administrators to add, replace, or upgrade optical modules while minimizing service interruptions. The resulting operational flexibility reduces downtime and simplifies maintenance procedures.

In enterprise environments where network availability is critical, hot-swappable functionality contributes significantly to overall operational efficiency.

Optimized HP Networking Ecosystems

When deployed within compatible HP ProCurve environments, the transceiver helps maximize the performance potential of network infrastructure investments. Administrators can leverage the combined capabilities of HP networking hardware and optical technologies to create highly efficient communication frameworks.

This integrated approach supports improved network visibility, enhanced operational control, and simplified infrastructure management across enterprise environments.

Long-Distance Fiber Connectivity Advantages

One of the most significant advantages of the HP ProCurve J8173A module is its ability to transmit data over distances reaching up to 10 kilometers without requiring intermediate repeaters or signal regeneration equipment. This capability simplifies network design while reducing infrastructure costs and maintenance complexity.

Organizations connecting remote buildings, branch offices, industrial facilities, or distributed data centers can achieve high-speed communication using a straightforward optical architecture. The reduced dependence on additional networking hardware contributes to greater reliability and operational efficiency.