Originally posted by Finless
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It's not the antenna it how 2.4 Wifi is implemented on the device or your router! It is suppose to channel HOP when it sees it is on a noisy channel. This is how spread spectrum works. Many wifi devices should not interfere with each other!
So again this could be your router not supporting it or the device. Bottom line if the wifi spec is implemented properly, devices should not interefere with each other until there are over 255 devices on in range of each other.
FYI, I do not have any ossues like your talking about. I have 4 wifi devices on in my home and none are messing with each other.
Read this here about how this is all suppose to work:
Specifically:
Frequency hopping systems -- The wideband frequency spectrum desired is generated in a different manner in a frequency hopping system. It does just what its name implies. That is, it "hops" from frequency to frequency over a wide band. The specific order in which frequencies are occupied is a function of a code sequence, and the rate of hopping from one frequency to another is a function of the information rate. The transmitted spectrum of a frequency hopping signal is quite different from that of a direct sequence system. Instead of a [(sin x)/x]^2-shaped envelope, the frequency hopper's output is flat over the band of frequencies used. Figure 2 shows an output spectrum of a frequency hopping system. The bandwidth of a frequency hopping signal is simply w times the number of frequency slots available, where w is the bandwidth of each hop channel.
And a little more info here:
Bob
So again this could be your router not supporting it or the device. Bottom line if the wifi spec is implemented properly, devices should not interefere with each other until there are over 255 devices on in range of each other.
FYI, I do not have any ossues like your talking about. I have 4 wifi devices on in my home and none are messing with each other.
Read this here about how this is all suppose to work:
Specifically:
Frequency hopping systems -- The wideband frequency spectrum desired is generated in a different manner in a frequency hopping system. It does just what its name implies. That is, it "hops" from frequency to frequency over a wide band. The specific order in which frequencies are occupied is a function of a code sequence, and the rate of hopping from one frequency to another is a function of the information rate. The transmitted spectrum of a frequency hopping signal is quite different from that of a direct sequence system. Instead of a [(sin x)/x]^2-shaped envelope, the frequency hopper's output is flat over the band of frequencies used. Figure 2 shows an output spectrum of a frequency hopping system. The bandwidth of a frequency hopping signal is simply w times the number of frequency slots available, where w is the bandwidth of each hop channel.
And a little more info here:
Bob
Thank you Bob. It's clear now. I, too, have three devices simultaneously connected in the same WiFi with no problem.
Should it be that I have specifically set the channel number on my access point? I'll check this weekend.
Thanks again,
P.S. have you checked a camera with build in mic with Skype?
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