R3X30A HPE Apollo 35 v2 2-Ports Ethernet Pci Express Adapter

HPE R3X30A Apollo 35 v2 Network Adapter Overview

The HPE R3X30A Apollo 35 v2 2-Ports Ethernet 1Gb RJ45 PCI Express FIO Network Adapter is designed to deliver reliable connectivity for enterprise-grade servers and data center environments. This adapter integrates seamlessly into the Apollo 35 v2 platform, offering dual-port Ethernet capabilities that ensure redundancy, load balancing, and enhanced throughput for mission-critical workloads. Its PCI Express interface provides high-speed data transfer, while the RJ45 connectors allow compatibility with existing copper cabling infrastructures, making it a versatile solution for organizations seeking cost-effective yet powerful networking options.

Dual-Port Ethernet Functionality

With two independent 1Gb Ethernet ports, the adapter supports simultaneous connections, enabling administrators to configure failover protection or aggregate bandwidth for improved performance. This dual-port design enhances flexibility in network topology, allowing servers to maintain connectivity even if one port experiences downtime.

PCI Express Interface Efficiency

The PCI Express architecture ensures low latency and high bandwidth communication between the adapter and the server’s motherboard. This efficiency is critical for applications requiring consistent throughput, such as virtualization, cloud computing, and large-scale database management.

RJ45 Copper Connectivity

RJ45 connectors provide compatibility with standard Cat5e and Cat6 cabling, reducing infrastructure costs by leveraging existing copper networks. This makes the adapter suitable for enterprises that want to maximize performance without transitioning entirely to fiber-based solutions.

Optimized for High-Density Servers

The Apollo 35 v2 platform is engineered for dense computing environments, and the R3X30A adapter complements this design by offering compact yet powerful networking capabilities. Its form factor ensures that multiple adapters can be installed without compromising airflow or thermal efficiency.

Scalability in Data Centers

As organizations expand their workloads, the adapter supports scalable networking configurations. Administrators can deploy multiple adapters across nodes, ensuring consistent performance across distributed systems. This scalability is essential for modern data centers handling AI workloads, big data analytics, and cloud-native applications.

Reliability and Redundancy Features

The dual-port design allows for automatic failover, ensuring uninterrupted connectivity in case of hardware or link failure. This redundancy is crucial for mission-critical applications where downtime can result in significant financial or operational losses.

Load Balancing Capabilities

By distributing traffic across both ports, the adapter enhances throughput and minimizes bottlenecks. Load balancing ensures that network resources are utilized efficiently, improving overall system responsiveness.

Hardware-Based Security

The adapter incorporates hardware-level security features that protect against unauthorized access and data breaches. These features include secure boot mechanisms and firmware validation, ensuring that only trusted code is executed.

Network Segmentation Support

Administrators can configure VLANs and other segmentation protocols to isolate sensitive workloads. This capability enhances security by preventing unauthorized lateral movement within the network.

Enterprise Server Deployments

In enterprise environments, the adapter provides reliable connectivity for servers running critical applications such as ERP systems, CRM platforms, and financial databases. Its dual-port design ensures that these applications remain accessible even during network disruptions.

Virtualization and Cloud Workloads

Virtualized environments benefit from the adapter’s ability to handle multiple virtual NICs, enabling efficient resource allocation across virtual machines. Cloud workloads, particularly those requiring consistent throughput, leverage the adapter’s PCI Express efficiency for optimal performance.

High-Performance Computing Clusters

HPC clusters require low-latency communication between nodes, and the adapter delivers this through its high-speed PCI Express interface. Its scalability ensures that clusters can grow without compromising performance.

Compatibility

Designed specifically for HPE Apollo 35 v2 systems, with support for major operating systems including Windows Server, Linux distributions, and VMware ESXi.

Low Power Consumption

The adapter is engineered to minimize power usage, reducing operational costs and contributing to sustainability goals. Energy-efficient Ethernet features allow dynamic adjustment of power consumption based on traffic load.

Driver Support

HPE provides regularly updated drivers and firmware to ensure compatibility with evolving operating systems and applications. Administrators can easily update firmware to enhance performance and security.

Diagnostic Utilities

Built-in diagnostic tools allow administrators to monitor port status, traffic patterns, and error rates. These utilities simplify troubleshooting and ensure proactive maintenance.

Seamless Integration with HPE Ecosystem

As part of the HPE Apollo 35 v2 ecosystem, the adapter benefits from optimized compatibility and support. This integration reduces deployment complexity and ensures consistent performance across HPE hardware.

Support for Emerging Workloads

The adapter’s scalability and efficiency make it suitable for emerging workloads such as AI, machine learning, and edge computing. Its dual-port design ensures that these workloads remain connected and responsive.

Long-Term Reliability

Engineered with enterprise-grade components, the adapter offers long-term reliability, reducing the need for frequent replacements. This durability contributes to lower total cost of ownership.

Data Center Expansion

Organizations expanding their data centers can deploy the adapter across new server nodes, ensuring consistent connectivity and performance. Its compatibility with existing copper infrastructure simplifies expansion projects.

Hybrid Cloud Architectures

In hybrid cloud environments, the adapter provides reliable connectivity between on-premises servers and cloud platforms. Its dual-port design ensures seamless integration and redundancy.

Edge Computing Applications

Edge computing requires reliable connectivity in distributed environments, and the adapter delivers this through its compact design and efficient performance. Its compatibility with copper cabling makes it suitable for remote deployments.