In most cases, you’ll want to make the change on the router, so that all connected machines will benefit from the new setting. On most networks, there are two places to change DNS settings: on a router (or system serving as a router), or on the client machine. Namebench tests DNS server response times. DNS response times typically take milliseconds. Some of these services may provide significantly faster response times than your existing configuration. Namebench returns response times from many well-known DNS services. Google hosts Namebench, “an open-source DNS benchmark utility” that runs on Mac, Windows and Unix systems (see: ). Small businesses or home users typically use the default DNS server of their internet service provider, but other DNS providers are often faster.
The decreased wait feels like increased speed. Instead, your router sends requests to a faster DNS server, which means you spend less time waiting for a DNS server to respond. It doesn’t change the bandwidth of your connection. When you change the DNS setting on your router (or device), you change where your router “looks up” servers on the internet (i.e., DNS translates “ into numerical server addresses). For less-technical folks, think of the DNS as a web-site search service: every time you request a website, your DNS provider translates your request into numbers and routes your computer to the requested site’s servers. Faster DNS: You might get an internet performance boost by changing one setting: the Domain Name Server, or DNS, address.A high-speed router and firewall are essential, as are client systems (and devices) that support high-bandwidth connections. Faster network hardware: New network hardware also may provide faster performance.This may be less feasible in rural areas.
In most cities, if you pay a bit more, you can get a faster connection.
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