This affects how your team balances traffic across each NIC. Like static teaming, each connection is limited to the speed of the NIC it connects to in the team. Each switch port the server’s NICs are connected to must be trunked (Ether Channeled) to create the aggregate connection. Link Aggregation Control Protocol, more formally known as 802.3ad, is a more advanced method of static teaming. LACP requires configuration on the switch the server is connected to. And unlike Static Teaming and LACP, each interface can connect to a different switch. Unlike static teaming and LACP, you do not require a server class network switch. To reach the 40Gb maximum of the team, you would need at minimum four 10Gb client connections to the server. Each connection to the team, however, is limited to the speed of the NIC it connects to in the team. With this mode, you can create a 40Gb team by combining four 10Gb NICs. Static teaming allows you to aggregate multiple interfaces into a single connection to provide simple fault tolerance or increased bandwidth. Understand the differences between each mode, as some may require advanced network hardware. There are several different modes that can be used for the team. NIC teaming could not be more simple and reliable in the Microsoft server environment. With the release of Windows Server 2012, Microsoft has finally made this a native feature of the operating system. And if you were administering Mircosoft servers back then, you probably remember how truly awful some of the drivers and teaming software was. There was a time when teaming network interfaces was done using software supplied by the NIC’s manufacturer.

Windows 12 r2 server