HP JG234A X130 Network Transceiver Module

HP JG234A X130 Network Transceiver Module

The HP JG234A X130 is a high‑performance SFP+ (Small Form‑Factor Pluggable) transceiver designed for enterprise networking environments that demand reliable, long‑reach optical connectivity. This module supports the 10 Gbps Ethernet (10GBase‑ER) standard and delivers exceptional performance over single‑mode fiber up to 40 kilometers.

Key Technical Specifications

• Interface Type: SFP+ – compatible with a wide range of HP and HPE switches, routers, and server NICs that feature SFP+ slots.
• Optical Standard: 10 Gbps Ethernet (10GBase‑ER) – engineered for extended reach applications such as data center interconnects, campus backbone links, and long‑haul connections between remote sites.
• Maximum Reach: 40 km over single‑mode fiber (SMF) using a 1550 nm wavelength. This distance is achieved with the module’s built‑in laser power and receiver sensitivity optimized for low‑loss SMF paths.
• Connector Type: LC – a compact, high‑density connector that ensures secure mating and minimal insertion loss in dense fiber patch panels.
• Supported IEEE Standards: 802.3 (generic Ethernet), 802.3ab (10/100 Mbps), 802.3u (Fast Ethernet), 802.3ae (10GBase‑SR, LR, ER). The module’s firmware and hardware are compliant with these standards to guarantee interoperability across diverse network infrastructures.
• Operating Temperature: Typically ranges from –20 °C to +70 °C, allowing deployment in data centers, telecom rooms, or outdoor enclosures where temperature can fluctuate.
• Power Consumption: Approximately 2.5–3.0 W during operation, which is within the power budget of most SFP+ chassis and reduces overall rack power draw.

Design Features & Performance Advantages

The JG234A X130 incorporates several design elements that enhance reliability and simplify deployment:

• Low Insertion Loss: The LC connector is engineered to maintain insertion loss below 0.5 dB, ensuring signal integrity over long distances.
• High Receiver Sensitivity: With a sensitivity of –20 dBm or better, the module can reliably detect weak signals even after traversing 40 km of fiber.
• Robust Laser Driver: The internal laser driver is calibrated for stable output power across temperature variations, reducing bit‑error rates (BER) and maintaining link quality.
• Compact Footprint: At just a few millimeters in height, the module fits comfortably into standard SFP+ slots without requiring additional spacing or adapters.
• Hot‑Swap Capability: The transceiver can be inserted or removed while the host device remains powered on, minimizing downtime during maintenance or upgrades.

Typical Deployment Scenarios

The HP JG234A X130 is ideal for a variety of networking contexts where long‑reach optical links are essential:

• Data Center Interconnect (DCI): Linking separate data center facilities or connecting core switches across campus campuses.
• Campus Backbone: Extending high‑speed connectivity between buildings, research labs, and administrative offices.
• Telecom & Carrier Networks: Providing backbone links for service providers that require 10 Gbps throughput over extended distances.
• Enterprise WAN Extensions: Connecting branch offices to headquarters without the need for expensive copper cabling or additional infrastructure.

Compatibility & Integration

The module is fully compatible with a broad spectrum of HP and HPE networking gear, including but not limited to:

• HP 12504/5120/5500/5800 series switches
• HP 59XX and 75XX chassis
• A10504/A10508 server NICs
• HPE FlexFabric 1.92/11908 platforms
• Other SFP+ enabled devices that support IEEE 802.3 standards.

Integration is straightforward: simply insert the module into an available SFP+ port, connect a single‑mode LC fiber cable to the transceiver’s connector, and configure the host device for 10GBase‑ER operation through its management interface or command line.

Reliability & Longevity

Manufactured with high‑grade materials and subjected to rigorous testing, the JG234A X130 delivers:

• Extended mean time between failures (MTBF) due to durable laser components and robust housing.
• Consistent performance across a wide temperature range, ensuring stable operation in both indoor data centers and outdoor enclosures.
• Low power consumption that contributes to overall energy efficiency of the network infrastructure.

Conclusion

The HP JG234A X130 Network Transceiver Module stands out as a reliable, high‑speed optical solution for enterprises and service providers requiring long‑reach connectivity. Its adherence to IEEE standards, low insertion loss LC connector, and 40 km single‑mode reach make it an excellent choice for building resilient, scalable network architectures.