Detailed Specifications
Intel E810XXVDA4LG1P5 Network Adapter
Overview :
The Intel E810XXVDA4LG1P5 is a high-performance Intel Ethernet Network Adapter from the Intel E810,800 Series designed for enterprise servers, data centers, cloud infrastructure, and high-throughput virtualization environments. It is used where ultra-low latency, high bandwidth, and advanced network offloading are required for mission-critical workloads.
This network adapter is based on the Intel Ethernet Controller E810 and provides a quad-port design supporting up to 25GbE per port (with 10/1GbE backward compatibility depending on configuration). It connects via a PCIe 4.0 x16 interface, enabling high-speed data transfer between host systems and network infrastructure. The adapter supports SFP28 optical or DAC modules for flexible fiber and copper deployments.
It is engineered for server-class environments and supports advanced virtualization features including SR-IOV, RDMA (RoCEv2), and intelligent offloads for storage-over-Ethernet workloads such as iSCSI and NFS. It is not intended for desktop or consumer systems and requires proper server chassis airflow and compatible SFP28 networking infrastructure.
Key Features :
- Quad-port 25GbE server-class network adapter
- PCIe 4.0 x16 high-bandwidth host interface
- Supports SFP28 optical and DAC connectivity
- Advanced virtualization with SR-IOV and VMDq
- RDMA and storage-over-Ethernet acceleration
Specifications :
| Specification | Details |
|---|
| Brand | Intel |
| Part Number | E810XXVDA4LG1P5 |
| Product Type | Network Adapter (Server NIC) |
| Controller | Intel Ethernet Controller E810 |
| Port Configuration | 4 Ports (Quad) |
| Data Rate | 25/10/1GbE per port |
| Host Interface | PCIe 4.0 x16 |
| Expansion Slot Type | SFP28 |
| Media Support | Optical Fiber / DAC |
| Maximum Bandwidth | Up to 100GbE aggregate |
| Virtualization | SR-IOV, VMDq supported |
| RDMA Support | RoCEv2 / iWARP |
| Form Factor | Full-height / Low-profile bracket |
| Use Case | Data center / Server networking |
