I have seen people suggesting the use of a plier for this, but I really cannot recommend this. Connect the wires to the board.Ĭonnecting these wires might take a little effort, they are tiny, are a pain to line up correctly and need some extra pressure to make the connection “click”. These connectors are, as you might have guessed, the antenna connectors. Hold the card in the position, as if it would be in the WiFi Card slot and you’ll notice that the two wires (marked “ 1” and “ 3“) are not equal in length and kind-a line up with these two round connectors. If you look at your WiFi card, then you’ll see that one side has two round connectors on the top. When you’ve found these 3 wires: we only need the two wires marked “ 1” and “ 3“. – Next align wire/pin3 and push it down using the eraser end of a pencil, you will hear tiny click – First install the Wifi card first in the slot, and secure the 2 screws

I could expand on one of these if you clarify what you're trying to do and what degrees of freedom you have.One of our visitors (Dan) suggested an alternative approach, which may or may not save you some headaches: This isn't something I've done, but real network engineers know how to set this stuff up. It sounds like you're doing this from a python program, so maybe the program could turn this on and off at start and finish.ģ) Slightly more exotic: I wasn't totally sure from your question, but if you're trying to do load balancing (not separate networks), you could create rules to bond together two network ports and spread traffic across them. You can do this by creating narrow routing rules, or turning them off when you don't need them. An example in Linux, which I think should work on OS X too: The trickiest thing is to make sure you won't get in the way when you're in someone else's network. This lets you say certain IP addresses should be reached thru wifi, vs others thru LAN port. No change to your computer.Ģ) Medium: if you don't control the networks, you can define routing rules for the two ports.

If only the WiFi side has a gateway, then all traffic except 2.* traffic should route through WiFi, and all 1.* traffic goes to the LAN. Depending on your needs and degrees of freedom, you can:ġ) Easiest: If you can control one or both network ranges, you can put wifi and LAN on different subnets.

Mac ethernet and wifi same time