![]() For distributing an application's load across a group of separate servers, think load balancing. So for the most network throughput on a single server, use NIC teaming. Otherwise, traffic can be delivered arbitrarily between the physical ports causing many connection issues (broken connections, lots of retransmissions, severely reduced throughput, etc). Most likely, you will also have to configure the switch, so that it knows to team the physical ports together. With teaming, it is very important to make sure that the network hardware you're plugging into supports it. ![]() So for example if you have 2 NICs at 1Gb speed, you can team them together to get up to 2Gb of throughput. Teaming (or more loosely, bridging) makes multiple network cards appear as one card. You will need to go to the Device Manager on the machine and remove the team, then remove the adapter drivers. ![]() Remove any and all teams that exist on your machine consider this a clean install of a team. Load Balancing is typically done by a "front-end" device that doesn't do a whole lot of processing, other than to keep track of traffic, and send any new incoming "requests" to the currently least-used application server. Here’s a step by step to getting Teams (Teaming) functional on Windows 10 Pro using an Intel based NIC with PowerShell. For a single server, what you're essentially asking about in maximizing network throughput is not so much load balancing, but teaming. ![]()
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