HPE R1N94A 100 GBE QSFP28 LC LR 10KM Transceiver

Part Number: R1N94A

Ensuring Compatibility and Compatibility Verification

The part number, R1N94A, plays a crucial role in the HPE 100 GBE Transceiver QSFP 28 LC LR 10 KM Transceiver. It serves as a unique identifier for this specific transceiver model, allowing users to ensure compatibility with their networking equipment. When purchasing transceivers, it is essential to verify that the part number matches the requirements of the network infrastructure. This verification process helps avoid any compatibility issues and ensures seamless integration with existing systems.

Easy Identification and Inventory Management

By having a distinct part number like R1N94A, users can easily identify the HPE 100 GBE Transceiver QSFP 28 LC LR 10 KM Transceiver within their inventory. This simplifies the management of multiple transceiver models and facilitates tracking and documentation. With a clear part number, users can quickly locate and replace faulty or damaged transceivers, minimizing downtime and optimizing network performance.

Upgrades and Future Expansion

The part number R1N94A also plays a significant role in future upgrades and expansion plans. As technology advances and networking requirements evolve, having a specific part number allows users to identify compatible transceivers for their network upgrades. By referencing the part number, users can ensure that any additional transceivers they acquire are compatible with their existing infrastructure, saving time and costs associated with system reconfiguration.

Enhanced Technical Support and Warranty Coverage

When encountering any technical issues or seeking assistance from the manufacturer or authorized distributors, providing the correct part number like R1N94A ensures accurate troubleshooting and support. The part number helps technical support teams identify the specific model and its associated features, allowing them to provide tailored guidance and solutions. Furthermore, having the correct part number is essential for warranty coverage, ensuring that users receive the appropriate support and replacements within the specified warranty period.

Part Number Compatibility Across HPE Products

HPE, as a reputable manufacturer in the networking industry, often employs consistent part numbering systems across their product lines. This means that users familiar with the part number R1N94A can easily identify other HPE products with similar compatibility. This compatibility extends beyond transceivers and can include switches, routers, and other networking equipment. Such consistency simplifies the procurement process and enhances interoperability within HPE-based network environments.

Data Rate: 100 GBE

The Significance of 100 GBE Data Rate in HPE 100 GBE Transceiver QSFP 28 LC LR 10 KM Transceiver

Unprecedented Speed and Bandwidth

The data rate of the HPE 100 GBE Transceiver QSFP 28 LC LR 10 KM Transceiver is an impressive 100 GBE (Gigabit Ethernet). This high-speed data transmission capability enables users to experience unprecedented levels of speed and bandwidth in their network infrastructure. With 100 GBE, data can be transferred quickly and efficiently, supporting bandwidth-intensive applications, such as video streaming, cloud computing, and large-scale data transfers.

Future-Proofing Network Infrastructure

By utilizing a transceiver with a data rate of 100 GBE, users can future-proof their network infrastructure. As technology continues to advance at a rapid pace, higher data rates will become increasingly necessary to handle growing network demands. Investing in a 100 GBE transceiver ensures that the network is capable of supporting current and forthcoming high-bandwidth applications, reducing the need for costly upgrades in the near future.

Improved Network Performance and User Experience

The 100 GBE data rate greatly enhances network performance, resulting in improved user experiences. With faster data transfer speeds, users can experience reduced latency, seamless communication, and faster access to critical resources. This translates into enhanced productivity, smoother operations, and increased overall satisfaction for end-users accessing the network.

Optimized Workflows and Reduced Bottlenecks

The significant data rate of 100 GBE minimizes potential bottlenecks within the network infrastructure. It allows for the simultaneous transmission of large volumes of data, reducing congestion and ensuring efficient workflows. Whether it is data-intensive tasks like backups or real-time communication between multiple devices, the 100 GBE data rate enables smooth operations without compromising performance.

Facilitating Virtualization and Cloud Deployments

Virtualization and cloud computing have become integral components of modern network architectures. The 100 GBE data rate provides the necessary bandwidth to support virtualized environments and cloud deployments effectively. It enables seamless migration of virtual machines, efficient storage access, and rapid deployment of resources in cloud-based infrastructures. With a 100 GBE transceiver, users can fully leverage the benefits of these technologies without experiencing network performance limitations.

Connector Type: QSFP 28 LC

The Advantages of QSFP 28 LC Connector Type in HPE 100 GBE Transceiver QSFP 28 LC LR 10 KM Transceiver

High Density and Compact Form Factor

The QSFP 28 LC connector type featured in the HPE 100 GBE Transceiver QSFP 28 LC LR 10 KM Transceiver offers high density and a compact form factor. This allows for the efficient utilization of limited space within network equipment, such as switches and routers. With the QSFP 28 LC connector, users can maximize the number of transceivers supported in their devices, enabling higher port densities and accommodating more network connections.

Hot-Pluggable and Easy Installation

The QSFP 28 LC connector type is hot-pluggable, meaning it can be inserted or removed from a device without disrupting the network's operation. This feature provides flexibility and convenience when it comes to installation, replacement, or reconfiguration of transceivers. Hot-pluggable connectors reduce downtime and allow for seamless maintenance or expansion of network infrastructure, ensuring continuous connectivity and uninterrupted services.

Support for Fiber Optic Connectivity

The LC (Lucent Connector) within the QSFP 28 LC connector type denotes its compatibility with fiber optic cables. Fiber optic technology offers several advantages over traditional copper-based connections, including higher bandwidth, longer transmission distances, and immunity to electromagnetic interference. The QSFP 28 LC connector's support for fiber optic connectivity enables users to leverage these benefits and build reliable and high-performance networks.

Interoperability with Existing Fiber Optic Infrastructure

Many networks already utilize fiber optic infrastructure for their long-distance data transmission needs. The QSFP 28 LC connector type ensures compatibility and interoperability with existing fiber optic cables and connectors. This means that users can seamlessly integrate the HPE 100 GBE Transceiver QSFP 28 LC LR 10 KM Transceiver into their current fiber optic network without requiring costly reconfigurations or replacements.

Flexibility in Network Design and Scalability

The QSFP 28 LC connector type offers flexibility in network design and scalability. It allows users to deploy the HPE 100 GBE Transceiver QSFP 28 LC LR 10 KM Transceiver in various network architectures, including point-to-point connections, fiber channel deployments, and high-density switch configurations. This flexibility empowers users to adapt their network infrastructure to changing requirements and efficiently scale their networks as their needs grow.

Max Distance: 10 KM

The Benefits and Importance of 10 KM Max Distance in HPE 100 GBE Transceiver QSFP 28 LC LR 10 KM Transceiver

Long-Distance Connectivity

The HPE 100 GBE Transceiver QSFP 28 LC LR 10 KM Transceiver offers a maximum distance of 10 kilometers for data transmission. This extended reach allows users to establish long-distance connectivity between network devices without compromising performance or reliability. Whether connecting data centers, remote offices, or other geographically dispersed locations, the 10 KM max distance ensures seamless communication over considerable distances.

Reduced Infrastructure Costs

The ability to transmit data up to 10 kilometers eliminates the need for additional intermediate equipment, such as repeaters or signal boosters. By relying on the HPE 100 GBE Transceiver QSFP 28 LC LR 10 KM Transceiver, users can reduce infrastructure costs associated with extending network connectivity over long distances. This cost-effectiveness is particularly valuable for organizations with distributed operations spanning multiple locations.

Support for Diverse Network Topologies

The 10 KM max distance offered by the HPE 100 GBE Transceiver QSFP 28 LC LR 10 KM Transceiver enables the implementation of diverse network topologies. Whether it's point-to-point connections, ring networks, or mesh configurations, users can leverage the extended reach of this transceiver to design networks that best suit their requirements. The flexibility in network topologies allows for optimized data flow, redundancy, and fault tolerance.

Enabling Connectivity in Challenging Environments

Certain environments, such as industrial facilities, campuses, or rural areas, often present challenges in establishing network connectivity due to their geographic layout or environmental conditions. The 10 KM max distance provided by the HPE 100 GBE Transceiver QSFP 28 LC LR 10 KM Transceiver enables users to overcome these challenges and extend their network reach to previously inaccessible areas. This ensures seamless connectivity and facilitates efficient operations in diverse environments.

Scalability and Future Expansion

The 10 KM max distance capability of the HPE 100 GBE Transceiver QSFP 28 LC LR 10 KM Transceiver supports scalability and future expansion plans. As organizations grow or their connectivity requirements evolve, the ability to transmit data over longer distances becomes increasingly important. By utilizing a transceiver with a 10 KM max distance, users can ensure that their network infrastructure is ready for future growth and can accommodate new locations or network extensions without requiring significant infrastructure changes.