WIFI TEST

There is a high level of electronic devices that transmit RF energy into the airspace. Wifi (802.11 b/g) operates in the 2.4 GHz Industrial, Scientific, and Medical (ISM) band. This particular range of frequencies (2.401 GHz through 2.473 GHz) is public and its use does not require licensing by the FCC. As a result, this band tends to get rather congested – not only with 802.11 devices but also microwaves, blue tooth devices, cordless phones, baby monitors, audio/video senders, wireless cameras, etc.

Solving Wireless Problems Can Be Tricky
but it's not rocket science.
There are a few basic concepts to understand, but your success most likely will depend on your own observations and detective skills. In the end, the majority of problems can be traced to RF interference, misdirected antennas and "dead spots". Four things to keep in mind as you tackle a Wifi-related problem:

1. It is most likely caused by interference, the existence of "dead spots", or poor reception that can be corrected by better locating/aligning an antenna.

2. The beacon strength of an access point is not a measure of the performance of your wireless network. Nor do you want to necessary associate with the access point with the strongest beacon signal.

3. In 802.11 b/g you have a choice of 14 channels (actually, 11 channels in North America) - where each channel is a range of frequencies. There is tremendous overlap among adjacent channels (take a quick look at the image at the bottom of this page). The reason why it's important to make note of the overlap is that a wireless device that transmits in the frequency range of channel 1 not only interferes with channel 1 but probably also is wrecking havoc on channels 2, 3, etc…

4. When interference is the cause of poor performance, then the most common solution is to reconfigure your access point to use a different channel. In certain situations you may need to track down the source of interference, but more often than not it will be coming from a source or location you have no control over. So, the simplest "fix" is to identify a channel that isn't subject to interference and reconfigure your wireless network to use that channel.
 

  1. WIFI TESTER
  2. Picks up all IEEE802.11 wireless signal types: b, and g Signal strength 
  3. Shows component name and channel of transmission Lists and logs all received wireless transmissions in the area for inspection with constant scanning
  4. We are able to Display encryption condition on each wireless component Lists each signal as either an access point, an ad-hoc or Twin network type
  5. Ping function accesses IP addresses and determines an internet link condition Negotiates with network DHCP for component ID Shows router, DNS and target information Auto-off
  6.  

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With this tester we are able to find the best wifi channel which should effectively give the best signal with the least interference.

  1. EMF TESTER RADIATION TESTER
  2. SHOW ITEMS OF INTERFERENCE CORDLESS PHONES ETC
  3. 2.4 GHZ SPECTRUM ANALYZER
    USED ALONG SIDE THE WIFI TESTER
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