HPE JG325-61201 X140 40G QSFP MPO SR4 Transceiver

Part Number JG325-61201

The HPE X140 40G QSFP MPO SR4 Transceiver Transceiver features the part number JG325-61201. This part number is an essential identifier for users looking to purchase or replace transceivers for their networking equipment. The unique part number helps users ensure that they are selecting the correct transceiver for their specific needs.

Identification and Compatibility

The JG325-61201 part number allows users to easily identify and verify the compatibility of the transceiver with their networking devices. It ensures that the transceiver is specifically designed to work with HPE networking equipment, providing seamless compatibility and optimal performance.

Easy Replacement

In case of a faulty or damaged transceiver, having the correct part number simplifies the replacement process. Users can easily search for the JG325-61201 part number online or contact their supplier to order an exact replacement. This eliminates the risk of purchasing incompatible transceivers and helps to minimize downtime in critical networking environments.

Product Support and Warranty

By referencing the JG325-61201 part number, users can ensure that they receive proper support and warranty coverage for their HPE transceiver. HPE provides dedicated customer support and warranty services for their products, ensuring that users receive assistance and replacement options if needed.

Data Rate (40G)

The HPE X140 40G QSFP MPO SR4 Transceiver Transceiver offers a data rate of 40G. This high-speed data transfer capability is crucial for modern networking applications that require fast and efficient communication between devices.

Enhanced Performance

The 40G data rate enables faster data transmission, allowing for improved network performance and reduced latency. This is particularly important in bandwidth-intensive applications such as data centers, cloud computing, and high-definition video streaming. With the 40G data rate, users can experience seamless connectivity and smooth data transfer, enhancing overall network efficiency.

Future-Proofing

Investing in a 40G data rate transceiver like the HPE X140 ensures that users are prepared for future network upgrades and advancements. As technology continues to evolve, higher data rates are becoming more prevalent. By choosing a 40G transceiver, users can future-proof their network infrastructure and avoid the need for immediate upgrades when higher speeds become the industry standard.

Cost-Effective Solution

The 40G data rate offers a cost-effective solution for users who require high-speed networking capabilities. Compared to higher data rate options such as 100G, 40G transceivers are typically more affordable while still providing substantial performance improvements over lower data rate alternatives. This makes the HPE X140 40G QSFP MPO SR4 Transceiver Transceiver a cost-efficient choice for users looking to optimize their network performance without breaking the budget.

Connector Type (MPO)

The HPE X140 40G QSFP MPO SR4 Transceiver Transceiver features an MPO connector type. The MPO connector is widely used in networking environments for its high-density capabilities and ease of installation.

High-Density Connectivity

The MPO connector type allows for high-density connectivity in networking applications. With its multiple fibers arranged in a compact form, the MPO connector enables the transmission of multiple signals simultaneously, increasing the overall capacity of a single connection point. This is especially beneficial in data centers and other environments where space is limited, as it reduces the need for additional connectors and cables.

Quick and Easy Installation

The MPO connector's design simplifies the installation process, saving time and effort for users. Unlike traditional connectors that require individual fiber connections, the MPO connector allows for multiple fibers to be connected with a single plug, reducing the number of connections needed. This streamlined installation process is particularly advantageous in large-scale deployments where numerous transceivers need to be installed.

Reliable Connectivity

The MPO connector offers reliable connectivity, ensuring consistent and stable performance. Its sturdy design and precision alignment mechanisms minimize the risk of signal loss or interruptions, guaranteeing reliable data transmission. This makes the HPE X140 40G QSFP MPO SR4 Transceiver Transceiver a dependable choice for users who prioritize uninterrupted network connectivity.

Distance (SR4)

The HPE X140 40G QSFP MPO SR4 Transceiver Transceiver supports a distance of SR4. The distance specification is an important consideration for users as it determines the maximum reach of the transceiver's signal without experiencing signal degradation.

Optimal Signal Integrity

By supporting a distance of SR4, the HPE X140 transceiver ensures optimal signal integrity over short-range connections. SR4 stands for "short reach," indicating that the transceiver is designed for use within relatively close proximity, typically within a data center or rack environment. This allows for reliable and high-quality data transmission without the need for signal amplification or repeaters.

Flexible Network Design

The SR4 distance specification provides flexibility in network design by accommodating shorter distances. It allows users to efficiently structure their network architecture and optimize resource allocation based on specific connectivity requirements. This flexibility is particularly advantageous in environments where space is limited or where equipment needs to be densely packed.

Cost-Effective Solution

The SR4 distance specification offers a cost-effective solution for users who require short-range connectivity. Compared to long-range alternatives, SR4 transceivers are typically more affordable while still delivering reliable performance for applications within their specified range. This makes the HPE X140 40G QSFP MPO SR4 Transceiver Transceiver a cost-efficient choice for users seeking efficient and affordable short-range connectivity.