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So that can be a factor if the slow client has a lot of data to send or receive. But with an older client, no matter what, even if it’s close to the AP, it can never send data as fast as a more modern client might. So this is just a common part of how 802.11 devices of all generations share the air. Of course, even a state-of-the-art client, if it’s too far away from the AP, may only be able to connect at slower data rates, and may use a lot of airtime to transfer a given amount of data. One issue is that the slow client requires a lot more airtime than a faster client to transfer the same amount of data. That said, there are some, mostly minor, ways that the presence of an older client can cause the faster devices to not get quite as much throughput as they would have gotten without the slower device present. It’s not like everyone has to suddenly stop using G and all start using B exclusively just because a B client shows up. If you had an 802.11g AP and clients, and then an 802.11b client joins, the 802.11g devices still use the faster 802.11g rates to speak to each other. Accepted Answer:įirst we need to clear up one big myth that’s out there, and that’s the idea that if an older device joins your network, that the whole network has to stop using all the faster technologies its capable of, and that everyone has to do everything the old way.

(I’m leaning on it being the truth)Įdit: Ooookay, so, I don’t who’s correct here after reading the given answers, I’ll leave the topic unmarked for answers. Before I bring it up in the future as a matter of fact, I was wondering if I could check the validity of his statements. I’m quite uninitiated when it comes to networking terminologies, but what he explains seems to make sense to me. I can give you 1 gig up and down in speed, but if you have an 802.11G router, your wireless will never go above 54 Mbps. It’s the same logic when you think about 802.11G vs 802.11AC. Once the older device is eliminated from the network, speeds tend to go up. It may sound strange, but I have seen this be the cause of many issues. One way this can be done is by slowing down everything else. The first gen iPhone would be limited by its technology and so the modem/router would accommodate for its lack of ability. So, if it receives too many incorrect packets, it will slow down the transmission to allow the packets to arrive properly. If these packets are not assembled in the correct order you will have issues. As packets get sent from one host computer to another, they get reassembled to ensure information is correct.

TCP/IP is the communication portion of the internet. That being said, if you had a first gen iPhone and three brand new MacBook pros, there is a high chance the internet may appear slow on those three laptops. I inquired about certain things in regards to wifi connections with an expert on it in a reddit thread once, this was what he explained:Ī 2010 iPhone will NEVER be able to get 200 Mbps download.