We have a new WLAN router since yesterday. All well and good I have a huawei mate 20 lite and get 65mbits with 2.4GHz transmission my brother who has the Samsung galaxy s20+ and gets 833mbits how can it be that I get so little? His room is 2 rooms above the router my room is next to the room where the router is and when I'm very close to the router my huawei mate 20 lite gets a maximum of 433mbits. Why do I only get 65mbits in my room?
What for. Do you pay more than 65mbit?
is Wi-Fi there are a lot of factors involved.
Wi-Fi is a radio network. Radio is disturbed by everything and everyone. A distance says nothing about a good or bad network.
You can measure the network, among other things. With http://www.netstumbler.com
It is probably. Wi-Fi card? Better and more expensive for your brother because he has a samsung s20+ and they are much more expensive than a huawei mate 20 lite
The reason for the difference could be that your Mate 20 lite installed a worse Wi-Fi receiver than your brother's S20+. Is probably also due to the price difference.
What is important is what your DSL line has to offer. If there's not a lot of attention, a bad data rate in the WLAN does not really matter. If you e.g. VDSL50, you are well served with 65Mbit / s WLAN.
2.4 GHz can only max. 300Mbit / s transmitted. After a few walls, only a quarter or less arrives quickly.
On the other hand, the routers also transmit a second frequency of 5 GHz. WLAN ac. Much higher data rates are actually possible here. That explains why you get 433Mbps when it's your turn. However, 5 GHz is very poor in range and mostly it is over after a thick wall…
Dude that is ultra fast. I have 440mb on the router and on the cell phone 100-150 with iPhone 6s
what kind of line do you have that he gets 800mb. That's impossible
2.4 GHz can only max. 300Mbit / s transmitted. After a few walls, only a quarter or less arrives quickly.
Thats not really correct. If you use 802.11n without MUMIMO, the theoretical bandwidth is 300 Mbit / s. That would be correct, but if the router can handle MUMIMO and the cell phone has several receiving antennas, then the theoretical bandwidth is higher than 300 Mbit / s.
The maximum bandwidth for 802.11n is 600 Mbit / s and for 802.11ac up to 6900 Mbit / s. However, these are only theoretical values and can hardly be achieved in practice, if at all.
Is then called 1 Gbit / s connection with 802.11ac (5 GHz)
