![Intel X710-BM2 Based Low Latency Ethernet Network Interface Card [X710BM2-2SP]](https://eadn-wc02-14353776.nxedge.io/cdn/media/mf_webp/jpg/media/catalog/product/cache/207e23213cf636ccdef205098cf3c8a3/x/7/x710bm2-2sp_media-00.webp "Intel X710-BM2 Based Low Latency Ethernet Network Interface Card [X710BM2-2SP]")
Intel X710-BM2 Based Low Latency Ethernet Network Interface Card [X710BM2-2SP]
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Intel X710-BM2 Based Low Latency Ethernet Network Interface Card [X710BM2-2SP]
- 10G Dual-Port SFP+
The Intel X710-BM2 is a high-performance, low-latency Ethernet Network Interface Card (NIC) designed to deliver 10GbE connectivity for demanding server and data center environments. Built around the Intel Ethernet Controller X710, this dual-port SFP+ card leverages Intel's "Fortville" architecture at an advanced 28 nm lithography to ensure efficient and reliable data throughput. Its PCIe v3.0 interface provides the necessary bandwidth, while features such as support for jumbo frames, advanced virtualization (SR-IOV, VMDq), and on-chip QoS management optimize network traffic and reduce CPU overhead. With a low thermal design power (TDP) of just 7W, it offers powerful networking capabilities without excessive energy consumption, making it an ideal solution for enhancing network performance, virtualization, and storage area networks.
Key Features
- Dual-Port 10G SFP+ 10/1GbE
- Intel X710 Controller, PCIe v3.0
- Supports SR-IOV & VMDq Virtualization
- Low Latency with On-Chip QoS
Ideal for server virtualization and high-speed networks. Its dual 10Gb SFP+ ports, low latency, and robust SR-IOV support boost data center efficiency and performance. A reliable Intel solution for demanding professional setups.
Interface
PCI Express 3.0 (8.0 GT/s)
Ports
2 x SFP+
Data Rate
10 Gigabit Ethernet / 1 Gigabit Ethernet per port
Controller
Intel Ethernet Controller X710-BM2
Architecture
Code Name Fortville, 28 nm
Virtualization
SR-IOV, VMDq, Flexible Port Partitioning
Advanced Features
On-chip QoS, Jumbo Frame Support, NC-SI Sideband
Supported Interfaces
SFI, KR, XAUI, KX, KX4, SGMII
Thermal Design Power (TDP)
7 W
Operating Temperature
0°C to 55°C
Form Factor
Low Profile Bracket (often included)
Typical Use
Servers, Storage, Virtualized Data Centers
Intel X710-BM2 Based Low Latency Ethernet Network Interface Card [X710BM2-2SP]
- 10G Dual-Port SFP+
The Intel X710-BM2 is a high-performance, low-latency Ethernet Network Interface Card (NIC) designed to deliver 10GbE connectivity for demanding server and data center environments. Built around the Intel Ethernet Controller X710, this dual-port SFP+ card leverages Intel's "Fortville" architecture at an advanced 28 nm lithography to ensure efficient and reliable data throughput. Its PCIe v3.0 interface provides the necessary bandwidth, while features such as support for jumbo frames, advanced virtualization (SR-IOV, VMDq), and on-chip QoS management optimize network traffic and reduce CPU overhead. With a low thermal design power (TDP) of just 7W, it offers powerful networking capabilities without excessive energy consumption, making it an ideal solution for enhancing network performance, virtualization, and storage area networks.
Key Features
- Dual-Port 10G SFP+ 10/1GbE
- Intel X710 Controller, PCIe v3.0
- Supports SR-IOV & VMDq Virtualization
- Low Latency with On-Chip QoS
Ideal for server virtualization and high-speed networks. Its dual 10Gb SFP+ ports, low latency, and robust SR-IOV support boost data center efficiency and performance. A reliable Intel solution for demanding professional setups.
Interface
PCI Express 3.0 (8.0 GT/s)
Ports
2 x SFP+
Data Rate
10 Gigabit Ethernet / 1 Gigabit Ethernet per port
Controller
Intel Ethernet Controller X710-BM2
Architecture
Code Name Fortville, 28 nm
Virtualization
SR-IOV, VMDq, Flexible Port Partitioning
Advanced Features
On-chip QoS, Jumbo Frame Support, NC-SI Sideband
Supported Interfaces
SFI, KR, XAUI, KX, KX4, SGMII
Thermal Design Power (TDP)
7 W
Operating Temperature
0°C to 55°C
Form Factor
Low Profile Bracket (often included)
Typical Use
Servers, Storage, Virtualized Data Centers