Lenovo
INT X710-DA2 PCIE 2X10G CSP
Out of Stock
Lenovo INT X710-DA2 PCIe 2x10G CSP 2-Port 10GbE | PCIe, Enterprise
Lenovo
MPN: 4XC7A84030
$829.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- Dual-port 10 Gigabit Ethernet adapter
- PCIe host interface
- Intel X710 family controller
- Designed for Lenovo server environments
- Suitable for virtualization and storage traffic
- Enterprise-grade server networking profile
- Balanced bandwidth for mainstream data center use
- Increase server bandwidth with dual 10 GbE ports
Keep server networking predictable and easy to standardize. The Lenovo INT X710-DA2 PCIe 2X10G CSP adapter provides dual 10 GbE connectivity in a PCIe form factor, making it a strong fit for Lenovo systems that need dependable bandwidth for virtualized workloads, storage traffic, and application servers.
Powered by Intel’s X710 family, this adapter is aimed at infrastructure teams that value mature, well-understood networking behavior. The dual-port design supports flexible uplink configurations and redundancy, while the PCIe interface makes it straightforward to deploy in compatible servers without changing the broader network plan.
This is the right choice when 1 GbE is no longer enough and 25 GbE would be more than the environment requires. It gives you a balanced path to higher throughput, cleaner server consolidation, and more consistent performance under load. For procurement teams, it offers a clear step up in capability without paying for bandwidth that will sit idle.
Ideal For
- Virtualization hosts needing dependable 10 GbE uplinks
- Storage servers requiring consistent server-to-network throughput
- Lenovo rack servers standardizing on PCIe network adapters
- Enterprise refresh projects replacing 1 GbE connectivity
Why This Product
- 1Dual 10 GbE ports for dependable server connectivity
- 2PCIe interface for broad server compatibility
- 3Intel X710-class controller for mature networking behavior
- 4More practical than 1 GbE for modern workloads



