On a Windows computer, type Start > Run > cmd.(For other information, including how to interpret other ping results, see Testing network connectivity with ping However, if there is several percent loss, or there are periods of several seconds of packet loss, then you should optimize your network. A small amount of packet loss on an Ethernet network is acceptable (1% or 2%). When packets are frequently dropped - for example in a very noisy environment - it puts a burden on your network. The throughput meter gives an accurate measure of how much traffic is on your network, but does not show how much traffic is being lost and which must therefore be retransmitted. This test is good to run while someone else is setting the position of the antenna for you. Change the channel of one of the routers or access points.Turn off one of the routers or access points.Move the routers or access point further apart.If you can see any other router or access point that is using the same channel, then you should either: Then move to within 6 feet (2 meters) of the router or access point's antenna. Take an adapter plugged into a laptop, and establish a connection with a router or access point. The closer two routers or access points using the same channel are, the more they interfere with each other's signal. To test whether two transmitters are too close: In fact, this is a technique used by NETGEAR in testing. You can get a idea of where signal is strong by walking around and seeing where it's green, yellow or red. Eventually, you move so far away that the meter turns red: at that point you will have throughput and connection problems. As the signal gets weaker, throughput automatically is adjusted downward, but the connection is maintained. As you move further away from the router or access point, the signal strength drops to yellow. (One adapter has bullets from 8 to 0, instead.) When the meter is green, then that device is getting a strong signal and good throughput. Most have a meter that reads green, yellow or red. To test coverage using the NETGEAR utility:Įach wireless device has a software utility monitoring signal strength and transmission. If the network works, and you're satisfied with the performance, don't do anything else. Start with the cheapest and fastest test: For example, test at home while others use computers, talk on cell phones, and run the microwave. When you test, use your actual environment. When making changes, you'll want to test to see how you've improved. Test as little or as thoroughly as you like.
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