HPE 2920 Gigabit Ethernet Stacking Module with 2 Ports J9733-61001

Ports

The HPE 2920 Gigabit Ethernet Stacking Module is equipped with a total of 2 ports, making it an ideal choice for users who require high-speed connectivity and efficient data transfer. These ports offer numerous benefits and play a crucial role in enhancing network performance. Let's delve deeper into the advantages and significance of this feature.

Increased Connectivity

With 2 ports, the HPE 2920 Gigabit Ethernet Stacking Module allows users to connect multiple devices simultaneously. This feature is particularly useful for businesses or organizations that rely heavily on network communication and require seamless connectivity between various devices such as servers, switches, and routers. The increased connectivity provided by these ports ensures that data can flow smoothly across the network, reducing bottlenecks and enhancing productivity.

Improved Bandwidth

Each port on the HPE 2920 Gigabit Ethernet Stacking Module supports gigabit speeds, allowing for fast and reliable data transmission. This means that users can enjoy high-bandwidth applications such as video streaming, file transfers, and online collaboration without experiencing lag or delays. The improved bandwidth offered by these ports ensures efficient utilization of network resources and enables users to handle data-intensive tasks effortlessly.

Stacking Capability

The HPE 2920 Gigabit Ethernet Stacking Module is designed to be stacked with other compatible modules or switches. This stacking capability enables users to expand their network infrastructure easily and seamlessly. By connecting multiple modules together, users can create a single logical unit with increased port density and enhanced performance. The 2 ports on this module provide the necessary connectivity for stacking, allowing users to scale their network as per their requirements.

Scalability

The ability to stack modules is particularly beneficial for growing businesses or organizations that anticipate an increase in network demands over time. By investing in the HPE 2920 Gigabit Ethernet Stacking Module with 2 ports, users can future-proof their network infrastructure and ensure that it can accommodate their expanding needs. This scalability eliminates the need for a complete network overhaul and offers a cost-effective solution for network expansion.

Redundancy and Resilience

In addition to scalability, stacking modules also provide redundancy and resilience to the network. By stacking multiple modules together, users can create a redundant network architecture that ensures uninterrupted connectivity even if one module fails. The 2 ports on the HPE 2920 Gigabit Ethernet Stacking Module contribute to this redundancy by offering alternative paths for data transmission. This redundancy feature is essential for businesses or organizations that cannot afford network downtime and rely on a highly available network infrastructure.

Easy Management

Managing a stacked network is made easier with the HPE 2920 Gigabit Ethernet Stacking Module's 2 ports. The module can be centrally managed through a single management interface, simplifying network administration and reducing the complexity associated with managing multiple devices. This centralized management capability saves time and effort for network administrators, allowing them to efficiently monitor and configure the entire stack from a single point of control.

Part Number

The HPE 2920 Gigabit Ethernet Stacking Module has a unique part number, J9733-61001, which distinguishes it from other networking modules. This part number feature offers several benefits and holds significance for users in terms of compatibility, identification, and support.

Compatibility Assurance

The part number J9733-61001 ensures compatibility between the HPE 2920 Gigabit Ethernet Stacking Module and other networking devices within the HPE ecosystem. It serves as a reference point for users when selecting compatible components for their network infrastructure. By using the specified part number, users can be confident that the module will seamlessly integrate into their existing HPE network environment, without any compatibility issues or conflicts.

Identification and Tracking

The unique part number plays a crucial role in identifying and tracking the HPE 2920 Gigabit Ethernet Stacking Module. It allows users and support personnel to quickly and accurately identify the specific module in use, especially in large-scale network deployments. This identification feature simplifies troubleshooting, maintenance, and replacement processes, as technicians can easily locate and work with the correct module based on its part number.

Warranty and Support

The part number J9733-61001 is also essential for warranty and support purposes. It helps users register their module for warranty coverage, ensuring that they can avail themselves of technical assistance and replacement services if required. Additionally, by providing the part number, users can obtain accurate product information and access relevant support documentation from HPE's knowledge base. This ensures that users have the necessary resources to resolve any issues or queries related to their HPE 2920 Gigabit Ethernet Stacking Module.

Product Differentiation

In a market flooded with various networking modules, the unique part number sets the HPE 2920 Gigabit Ethernet Stacking Module apart from its competitors. It serves as a distinguishing factor that helps users differentiate between different modules and choose the one that best suits their requirements. The part number J9733-61001 represents a specific set of features, capabilities, and performance characteristics unique to the HPE 2920 Gigabit Ethernet Stacking Module, allowing users to make an informed decision when selecting a networking solution.

Future Expansion

The part number also holds importance for future expansion plans. By referring to the part number J9733-61001, users can easily identify the exact module they currently have installed. This information is crucial when considering network upgrades or expansion projects. Users can determine if their existing module can be upgraded or if they need to procure additional modules with different part numbers to meet their future requirements. This future expansion capability ensures that users can seamlessly scale their network infrastructure without compatibility issues.