

To avoid computer viruses, make sure you regularly check for updates on your devices and use antivirus software. Using a wifi extender can help with coverage by boosting or extending the signal. It’s worth checking if using your microwave oven, cordless phone or baby monitor affects your connection, as they may be using the same frequency as your router. Some domestic appliances can cause interference with your router. While 5GHz can transfer data faster (with 23 available channels), 2.4GHz provides a wider range. The difference between 2.4GHz and 5GHz wifi signals is they have different data transmission speeds. Reposition your router for best coverage (usually a central position). If your router supports 5GHz wifi signals, switching to this can provide a faster data rate, but over shorter distances. There are further things you can try to improve your wifi signal. Rob/Stack Exchange, CC BY-SA What else can you do? This diagram shows the frequency and channel distribution for 2.4GHz.

When trying different options to reduce interference, it’s advisable to select channels 1, 6 or 11 as they can help to minimise problems (for 2.4GHz wireless).

A “channel” is a kind of virtual “pipe” through which data is transferred.Īlthough your devices are designed to avoid interference by switching channels automatically (there are usually 14 available), it may help to check your router settings, as some are set to a single channel by default. Most access points provide a wireless signal with limited channels, which can suffer interference from nearby signals, like your neighbour’s. The access point (wireless router) in your home network is used to connect your devices to your internet service provider. While you may not have control over these things from your home network, that doesn’t mean you don’t have options to improve your internet speed. MyGov's ill-timed meltdown could have been avoided with 'elastic computing' Web servers in particular are often affected by external factors, including Denial of Service (DOS) attacks, wherein an overload of traffic causes congestion in the server, and impedes proper functioning.
