LAN Party Bandwidth

shoogie107

Honorable
Jan 21, 2013
20
0
10,520
My friends and I want to have a LAN party. We plan to play games like CS:GO comp, Guns of Icarus, etc. What I want to know is if 36 Mbps down and 6 Mbps up enough to play these games. There is going to be 5-6 people/computers at the LAN party.
 
Solution

That's more than enough bandwidth for that many people to game. Just make sure you have a robust router/switch that can handle it.

Do NOT use a hub, they are an outdated technology. Basically a switch's ports each have their own dedicated bandwidth and a hub shares bandwidth across all its ports. So you have way more collisions and packet loss on a hub.
Should be plenty since games don't really take up too much bandwidth, just make sure you have a decent Ethernet switch or hub, you can find many online if you don't already have one!
 
If it's LAN then you are limited to the bandwidth and latency of the router that you own.

You are having your friends over at your house for this right?

I have a router with a 300mbps throughput.

Just look at the model number and google the specifications of the router.
 
For a LAN party, I would recommend adding a switch to provide enough ports. Remember that power for the PCs is also an issue. You may have to get power from multiple rooms to avoid tripping a breaker (depending on how many people you have). Three to five PCs to a circuit is MAX (depending on the configurations).
 
I should specify that we plan to play both online/LAN games. I know a good internet connection is not required for LAN games. I am concerned that my internet connection won't be able to handle 5-6 people playing online games at the same time.
 

That's more than enough bandwidth for that many people to game. Just make sure you have a robust router/switch that can handle it.

Do NOT use a hub, they are an outdated technology. Basically a switch's ports each have their own dedicated bandwidth and a hub shares bandwidth across all its ports. So you have way more collisions and packet loss on a hub.
 
Solution