what does 802.11b/g/n WiFi mean?
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This is the wireless device pre-installed in the computer and used to connect to the internet wirelessly.
1046144
802.11 B and G use 2.4 GHz frequency. 802.11N uses 5 GHz. You need the 5 GHz variant.
1270943
First, you should know that all current Wi-Fi signals from A to N operate on a 2.4ghz frequency band. G suffers from interference problems from other devices operating on the same frequency levels like wireless telephones for example. Within the 2.4Ghz band there are 14 internationally designated wi-fi channels. Depending on where you live you can access between 10 to all 14. I think the U.S. only allows 12 for reasons I won't get in to here. Bottom line is that if your neighbors are using a certain channel and you get interference, with a G router you have plenty of others to choose from. The good news is that a G router's optimal range is about 100 meters and degrades enough that only your immediate neighbors will interfere with your signal. So most of the time it isn't a problem, just switch to another channel... N routers operate on 2.4Ghz AND 5Ghz. The optimal range is also tripled to roughly 300 meters. The advantage here is that the 5Ghz band (if you decide to utilize it) doesn't have much traffic so you are ensured a good signal. But in an apartment, I always found G was fine if I switched to a channel my neighbors weren't using. So, my advice is to buy G. Also a lot of companies jumped a ahead and implemented N before it was even approved by the IEEE (it'll be official January 2010). I've had problems with all brands of N working with each other over the past few years. Also, if you buy a N, you'll have to enable B and G anyway if you have older computers or visitors with old laptops. If you don't they won't be able to use your wireless. N is too new.
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According to Belkin's site it supports: IEEE 802.11n (up to 300Mbps*) IEEE 802.11g (up to 54Mbps*) IEEE 802.11b (up to 11Mbps*) - source: http://www.belkin.com/us/p/P-F7D7302/
413939
This modem/router is an 802.11n dual band WiFi router, meaning it broadcasts across both the 2.4Ghz and 5 Ghz spectrums. It does so separately, so you can connect both 802.11ac and 802.11n devices, or disable one of the antennas to use only one of those portions of the spectrum.
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This notebook has an "Intel (R) Centrino (R) Wireless-N 2230" and, according to this page "http://www.intel.com/content/www/us/en/processors/centrino/centrino-wireless-n-2230-brief.html" the answer is: Intel 2x2 802.11b/g/n WLAN.
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Used for signalling is Wi-Fi. Network speeds are limited consequently a USB adapter for 802.11g handles a maximum regarding 54 Mbps.
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I'm not an advanced techie to totally know what your talking about, but my guess is it's an extender. It is tied to existing WiFi network with its password but I also give it it's own net name and password.
1110710
Yes, this is a normal network adapter supporting the a/b/g/n bands as well as the new ac band of the 802.11 standard. As long as you're accessing a wireless network which supports these bands as well has know their passwords (if any), then it should work without issue.
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I'm curious how you thought it would have anything to do with wifi? I am confused.
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Yes, if you mean connect to a home or work network, It's wireless type is 802.11bgn so compatible with b , g, or n capable routers.
850561
Yes, it supports 802.11b/g wireless internet, so you can connect to just about any wireless hotspot out there.
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Interface: Wi-Fi 802.11 b/g, compatible with 802.11 n, Ethernet - 10/100, Hi-Speed USB 2.0, PictBridge, Bluetooth Photo Print Adapter (optional)
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your processor speed has nothing to do with wireless radio signal frequency. you would need to check your computer's wifi radio transmitter or "wifi band protocol" that is operates on such as the older "a/b/g/n". the 5ghz wifi radio protocol is what this router uses for the newer "ac" (wave of the future) band protocol. details about the abilities of these different letter bands can be found in a google search of on CNET.com. Unless you have some supe'd up computer or wireless device, not a lot of devices are capable yet of using the AC protocol and will likely communicate with this router using the current "n" or older "g" band protocols.
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Specifications say:IEEE 802.11n, IEEE 802.11g, IEEE 802.11b; IEEE 802.3, IEEE 802.3u -11 b/g/n mixed, 11 b/g mixed, 11g, 11b
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there are three kinds of wi-fi b, g, and n, listed in order of how good they are. Most places still support b & G but N is the wave of the future. You probably won't notice the difference now, but over time you will.
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I apologize I'm not sure. I'm using 802.11n which has a greater range and is also faster than 802.11g.