Skip to main content
  • In Stock
  • Sold by Newegg
  • New
Brands
Show More
Speed
Show More
Connectors
Show More
Interface
Wake On LAN
Sold by
All Top Brands
Availability
Condition
Useful Links
Customer Ratings
Sort By:
View:
Dell QLogic Fast LINQ 41112 10Gb SFP+ Dual Port PCIe NIC LP Ethernet Card 807N9
Quick View
  •  
  • NZ$50.60 –
  • Free Shipping
QLogic QLE3240-SR-CK Fiber Optic Card
Quick View
QLogic QLE3240-SR-CK Fiber Optic Card
  • Package Contents: QLE3240-SR-CK Fiber Optic Card ? Spare? Low-Profile Bracket ? ?Quick? Start? Guide?
  • Parts: 1 Year
  • Model #: QLE3240-SR-CK
Single Port 2.5 Gigabit M.2 M+B key Ethernet Card NIC Intel I225 Chipset
Quick View
  •  
  • NZ$78.20 –
  • Free Shipping
Intel X520-LR2 (X520LR2BP) PCI Express 2.0 (5.0 GT/s) Ethernet Server Bypass Adapter (Full Heigh)
Quick View
Intel
Intel X520-LR2 (X520LR2BP) PCI Express 2.0 (5.0 GT/s) Ethernet Server Bypass Adapter (Full Heigh)
  • Connectors: Two LC 10GBASE-LR (Optics not removable)
  • Parts: 30 DAYS WARRANTY
  • Labor: 30 DAYS WARRANTY
  • Model #: X520LR2BP
  •  
  • NZ$3,579.95 –
  • Free Shipping
LSI SAS9200-16E HBA 16Port External Full-Height PCIe P20 ZFS FreeNAS
Quick View
  •  
  • NZ$197.80 –
  • Free Shipping
31P6319 IBM NetXtreme 1Gbps Single Port PCI-X Gigabit Ethernet Adapter
Quick View
  •  
  • NZ$248.40 –
  • Free Shipping
Mellanox ConnectX-3 Pro 40Gigabit Ethernet Card
Quick View
  •  
  • NZ$466.90 –
  • Free Shipping
Mellanox ConnectX-3 Gigabit Ethernet Card
Quick View
Mellanox ConnectX-3 Gigabit Ethernet Card
  • Parts: 30 DAYS WARRANTY
  • Labor: 30 DAYS WARRANTY
  • Model #: MCX314A-BCBT
  •  
  • NZ$626.75 –
  • Free Shipping
Intel I350F2BLK / I350-F2 Dual-Ports 1000Base-SX Fiber Gigabit Ethernet Card (New OEM)
Quick View
  •  
  • NZ$723.35 –
  • Free Shipping
Mellanox MCX354A-FCBT CX354A ConnectX-3 VPI FDR Infiniband 40GbE QSFP PCIe Card
Quick View
  •  
  • NZ$579.60 –
  • Free Shipping
Intel X520-LR2 (X520LR2BPL) PCI Express 2.0 (5.0 GT/s) Ethernet Server Bypass Adapter (Low-profile)
Quick View
Intel
Intel X520-LR2 (X520LR2BPL) PCI Express 2.0 (5.0 GT/s) Ethernet Server Bypass Adapter (Low-profile)
  • Connectors: Two LC 10GBASE-LR (Optics not removable)
  • Features: Intel 82599 Controller Cable type: Singlemode fiber (SMF) up to 5 km in Bypass Mode and up to 10 km in Normal Mode Low-profile Internet Small Computer System Interface (iSCSI), Network File System (NFS)
  • Model #: X520LR2BPL
  •  
  • NZ$3,441.95 –
  • Free Shipping
IBM Flex System FC3172 2-Port 8Gb FC Adapter
Quick View
  •  
  • NZ$333.50 –
  • Free Shipping
  • Network Interface Cards

Network Interface Cards and Adapters

A network interface card (NIC) provides a physical connection to a network. It allows your computer to "talk" to the network and the network to communicate with your computer. Each computer that is attached to a network requires a network interface card or chip. They help computers communicate with servers and other computers on the network.

Usually, these fit into expansion slots of CPUs, unless they're pre-installed or integrated into the motherboard. Some are external and attach to computers through serial or parallel ports. NICs for laptops are usually external. An interface card takes data from a PC, converts it into data "frames" that are broadcast onto the network, and sends it to another interface card. That card receives the frames, converts them into data, and sends it to that PC.

What to Look for in Network Interface Cards

When you are looking to build a LAN or upgrade or replace it, the NIC should be one of the first things you consider. You need to think about compatibility with operating systems, ease of installation, and price, especially for large company installations where you'll need many cards. NIC cards are usually Ethernet adapters. Others support other protocols such as ATM.

One other consideration before purchasing network interface cards is the speed that they support. For example, you may want an interface card that supports 10 Mbps traditional, or fast Ethernet, and on up to 10/20Gbps! You should also know the type of ports you are connecting them to and the standards your systems support. PCI, PCI-x and PCI-e or USB are all common iterfaces, and whether or not they'll work on your system depends on what sort of Network Interface Card your system supports.