Intel E810XXVDA2 25Gb Dual-Port PCIe Adapter.

Speed

The Intel E810XXVDA2 Dual-Port PCIe Adapter is designed to provide lightning-fast data transfer speeds, with a maximum speed of 25Gb. This impressive speed ensures that your data-intensive tasks are completed quickly and efficiently, allowing you to maximize productivity and reduce downtime.

Improved Workflows

The 25Gb speed of this PCIe adapter enables seamless and uninterrupted workflows, making it ideal for high-performance computing tasks such as data analytics, cloud computing, and virtualization. With faster data transfer rates, you can process large datasets more efficiently, resulting in quicker insights and faster decision-making.

Reduced Latency

Latency is a critical factor when it comes to data transfer, especially in real-time applications such as financial trading or video streaming. The Intel E810XXVDA2 offers low-latency performance, ensuring minimal delays between data transmission and reception. This reduced latency guarantees smooth and responsive operations, enabling you to deliver a superior user experience.

Future-Proof Investment

Investing in cutting-edge technology is essential for staying competitive in today's fast-paced business environment. The 25Gb speed of the Intel E810XXVDA2 ensures that you are prepared for the future of networking. As more applications and services demand higher bandwidth, this adapter will continue to meet your needs without requiring immediate upgrades or replacements.

Higher Bandwidth

The 25Gb speed allows for higher bandwidth, enabling you to handle more network traffic simultaneously. Whether you have multiple users accessing the network or need to transfer large files across different systems, this PCIe adapter ensures smooth and uninterrupted data flow.

Enhanced Scalability

Scalability is crucial for businesses that anticipate growth or have fluctuating network demands. The Intel E810XXVDA2's 25Gb speed provides scalability options, allowing you to expand your network capabilities without compromising performance. You can easily add more devices or increase data throughput as your needs evolve, ensuring your infrastructure can keep up with your business requirements.

Improved Virtualization Performance

In virtualized environments, where multiple virtual machines share the same physical resources, network speed is paramount. The 25Gb speed of this PCIe adapter enhances virtualization performance by providing faster data transfer between virtual machines and the underlying hardware. This results in improved responsiveness and reduced latency, enabling your virtualized applications to operate more efficiently.

Optimized Cloud Computing

Cloud computing relies heavily on network speed for seamless access to resources and services. The 25Gb speed of the Intel E810XXVDA2 ensures fast and reliable connectivity to cloud environments, allowing you to take full advantage of cloud-based applications and storage. This adapter empowers you to leverage the full potential of cloud computing without worrying about network bottlenecks.

Efficient Data Backup and Recovery

Backing up and recovering large amounts of data can be time-consuming and resource-intensive. With the 25Gb speed of this PCIe adapter, you can significantly reduce the time required for data backup and recovery operations. This not only improves overall data protection but also minimizes downtime in case of system failures or disasters.

Interface

The Intel E810XXVDA2 Dual-Port PCIe Adapter features a PCIe interface, providing a high-speed connection between your server or workstation and the network. This interface offers numerous benefits that enhance performance, reliability, and flexibility.

High Bandwidth

The PCIe interface delivers high bandwidth capabilities, ensuring that your network can handle large volumes of data traffic. This is particularly important for bandwidth-intensive applications such as video streaming, large file transfers, and data-intensive computing tasks. With the high-speed PCIe interface, you can maintain optimal network performance even during peak usage periods.

Low Latency

Latency is the delay between the request for data and the actual delivery of that data. The PCIe interface of the Intel E810XXVDA2 ensures low latency, minimizing delays in data transmission. This low latency is critical for real-time applications that require immediate responsiveness, such as online gaming or financial transactions.

Scalability and Flexibility

The PCIe interface offers scalability and flexibility, allowing you to expand and upgrade your network easily. You can add additional adapters or devices to your system without disrupting existing connections or compromising performance. This flexibility ensures that your network can adapt to changing business requirements without requiring a complete overhaul of your infrastructure.

Easy Integration

The PCIe interface is widely supported and compatible with various server platforms, making it easy to integrate the Intel E810XXVDA2 into your existing network infrastructure. Whether you're upgrading an existing server or building a new one, the PCIe interface ensures seamless compatibility, saving you time and effort during installation.

Future-Proof Investment

Investing in a PCIe interface provides future-proof benefits for your network infrastructure. As technology continues to advance, new devices and adapters will be designed to leverage the high-speed capabilities of PCIe. By choosing the Intel E810XXVDA2 with a PCIe interface, you are ensuring compatibility and interoperability with future network equipment.

Improved Data Transfer Speeds

The PCIe interface offers significantly faster data transfer speeds compared to older interfaces such as PCI or PCI-X. This means that data can be transferred between your server or workstation and the network at a much higher rate, improving overall network performance and reducing bottlenecks.

Enhanced Storage Performance

With the high-speed data transfer capabilities of the PCIe interface, you can achieve enhanced storage performance. Whether you're using network-attached storage (NAS) or a storage area network (SAN), the Intel E810XXVDA2's PCIe interface ensures fast and reliable access to your stored data. This is particularly beneficial for applications that rely heavily on storage, such as databases or multimedia editing.

Accelerated GPU Performance

For graphics-intensive applications, such as video editing or 3D rendering, the PCIe interface plays a crucial role in accelerating GPU performance. By utilizing the high-speed PCIe interface of the Intel E810XXVDA2, you can ensure that your graphics-intensive tasks are executed efficiently, resulting in faster rendering times and smoother visual output.

Ports

The Intel E810XXVDA2 Dual-Port PCIe Adapter offers two ports, allowing for simultaneous connections to multiple networks or devices. This feature provides several benefits that enhance flexibility, redundancy, and network management.

Network Segmentation

Having two ports enables network segmentation, allowing you to separate different types of traffic or create isolated networks. This is particularly useful in environments where security and performance requirements vary across different departments or applications. With the Intel E810XXVDA2's two ports, you can easily segment your network without requiring additional adapters or switches.

Redundancy and Failover

The dual-port design of this PCIe adapter allows for redundancy and failover capabilities. By connecting to two separate networks or devices, you can ensure continuous network connectivity even if one port or network experiences a failure. This redundancy is critical for mission-critical applications or environments where network downtime is unacceptable.

Load Balancing

Load balancing distributes network traffic evenly across multiple ports, optimizing performance and preventing bottlenecks. The Intel E810XXVDA2's dual-port configuration enables load balancing, ensuring that network traffic is efficiently distributed across the available ports. This results in improved overall network performance and prevents any single port from becoming overwhelmed with traffic.

Improved Network Efficiency

The dual-port design of this PCIe adapter improves network efficiency by allowing simultaneous data transfers to multiple devices or networks. Whether you need to connect to multiple servers, switches, or other networking equipment, the Intel E810XXVDA2's two ports ensure efficient communication and reduce potential bottlenecks.

Ease of Network Expansion

The two ports on the Intel E810XXVDA2 provide room for future network expansion. As your business grows and your network requirements increase, you can easily add more devices or connect to additional networks without replacing the entire adapter. This scalability allows your network to evolve with your organization's needs while keeping costs and disruption to a minimum.

Simplified Network Management

Managing a complex network can be challenging, especially when dealing with numerous devices and connections. The dual-port design of the Intel E810XXVDA2 simplifies network management by reducing the number of adapters and cables required. With fewer components to manage, you can streamline your network infrastructure and improve overall efficiency.

Enhanced Virtualization Support

In virtualized environments, the dual ports of the Intel E810XXVDA2 are particularly beneficial. Virtualization relies on efficient communication between virtual machines and the underlying hardware. The dual-port design allows for dedicated connections to each virtual machine, ensuring optimal performance and minimizing latency. This enhances the overall virtualization experience and enables you to fully leverage the benefits of virtualized environments.

Flexibility for Multi-Network Environments

In environments where multiple networks or VLANs are required, the two ports of the Intel E810XXVDA2 offer increased flexibility. You can connect each port to a separate network or VLAN, enabling seamless communication and access to resources across different networks. This flexibility is essential for organizations that operate in complex networking environments or require isolation between various departments or projects.