There are known issues with interference, including (but not limited to) amateur radios, existing microwave towers or antennas, and other 2.4 or 5.8 Ghz wireless devices. If you have a 2.4 Ghz cordless phone, you will need to locate it at least 10 feet away from your computer, antenna cable, and/or antenna.

Anything in the path between you and the base station can block the signal. Especially trees and buildings. If you have a clear, optical, line of sight it will almost certainly work.

Yes, both will diminish the signal. For that reason you will need a clear line-of-sight to one of our access points. Yes and no. Large amounts of rain or snow may diminish the signal, but wet weather also evens the air temperature. This reduces problems with interference issues such as fade drift, thereby increasing your speeds. At most you may see a 10% reduction in speed during a heavy rain or snow storm.

you may have seen during your ground range check, when the signal starts to degrade or if there is significant interference present, the servo reaction will start to slow down just before the fail safe engages. In the air, the aircraft may feel “mushy” or slow to respond to inputs just prior to going into fail-safe mode (if it’s programmed to activate fail-safe).

No. The technology used by Phoenix Internet operates at very low power levels, similar to a cell phone, and much less than the amount that is emitted by your microwave oven. Also, radio frequency power drops dramatically as you move away from the power source. Typically, our antennas would not be placed where any person would be able to stand right in front of it for any significant period of time.

The radio frequencies used by EPC and RFID are assigned by governments around the world to help ensure that no interference occurs.

Yes. Any device operating on a 2.4 GHz frequency can cause interference. Such devices include Bluetooth and some cordless telephones. Yes. Using the wireless network is one of the many things that will affect your battery's performance. Other factors include the age of the battery, type of battery or laptop, the applications running and the screen brightness. You should look at the power conservation options available on your laptop and plan your use accordingly.

a) Performance of any wireless device can be affected by interference from other devices like cordless phones, microwave oven, and neighbouring networks. Please change your wireless channel to 1~13 (except 1, 6 and 11) to see if the signal improves.

Our signal will penetrate the walls of most buildings. It will not pass through live trees, but is unaffected by plastic trees. The general rule of thumb is that the radio signal will pass through anything that doesn't contain water or metal.

You may want to consider changing your router to channel 1, 6, 11. Channel 6 is the most commonly used channel for 2.4 Ghz devices (including cordless phones, wireless keyboards and mice). In most cases you will get the maximum range on channel 1. Make sure that the router in question is positioned in the highest point available. For example, if the building is two stories high, you need to place the router on the second floor - not the first floor.

The wireless signal of the Access Point usually can cover a radius coverage of 50m in the closed environment. (i.e. the space is separated by floor-to-ceiling brick walls) Wireless signal is good within 25m. Beyond 25m, wireless signal strength will become weaker and data rate will drop. Actual performance may be varied depending on the radio conditions at the locations where the Access Points are installed.

Cordless phone that operate on the 2.4 GHz frequency will cause interference with 2.4 GHz cameras. Interference should be minimal and usually occurs if the phone is between the camera and receiver.

Weather and fog will not interfere. Other wireless devices may interfere. If you are on a LAN, and have wireless phones or a wireless LAN and those devices are Direct Sequence Spread Spectrum (rather than Frequency Hopping Spread Spectrum), they may interfere. However, in most cases, selecting a different DSSS frequency will cure the problem.

I own a Cisco, D-Link, Linksys, Netgear, Nortel, or SMC a/b/g wireless card and am having throughput (slow connection) problems

a rule, it will not. Disturbances may occur between WiFi and Bluetooth devices because both technologies use frequencies that overlap within the range of 2.4 GHz: 2400-2483.5 MHz. WiFi devices do not interfere with cellular phones, radio phones (except for some rare American models), remote controls, etc. WiFi has not been identified as hazardous. The capacity of WiFi transmitters does not exceed 100 mW.

Not only does Spotwave ensure the Z1900 will not cause interference with other wireless electronics in your home, but we use patented technology to ensure the product will not create any interference in the frequencies in which it operates or on a carriers wireless network. Spotwave products use a patented coverage area signature (CAS) technique to ensure constant stability and no interference. No other product on the market does this.

Some digital cellular phones, fluorescent lighting, and cordless phones may or may not have an effect on any 900MHz transmitters. Microwave ovens in close proximity to 2.4GHz transmitters can cause interference, as can other wireless products in the same ISM band (such as cordless phones or WLANs) if they are using the same channel as our transmitter.