Possibly, however unlikely as routers are usually positioned out of site.
Many Wireless routers and switches have few inbuilt switching ports capable of connecting Wired computers to Wireless Computers on the same network to connect wired Computers also alongwith. (Not necessarily every every wireless router will be having switching ports)
It's a network only without cables. The Access point(sometimes built into the router) is the hub of the network. Most wireless devices DO NOT transmit to each other but to the hub that routes the traffic to the other devices. This is usually done on a certain frequency (fixed) determined by the routers configuration.
It's a network only without cables. The Access point(sometimes built into the router) is the hub of the network. Most wireless devices DO NOT transmit to each other but to the hub that routes the traffic to the other devices. This is usually done on a certain frequency (fixed) determined by the routers configuration.
It depends on your modem provided by road runner, but usually people have no problem connecting modems to wireless routers.
By price and features. Also by longevity and reliability. Cisco products are usually the CADILLAC of routers.
Their routers are all bunk, usually only work for a quarter of the day. Usually while you are sleeping
Linksys wireless routers tend to be better than many others. They usually last for many years, however sometimes they stop working. With all electronics, it just depends. You can buy Linksys routers at your local BestBuy, or even online.
Wireless G is a much more common type of signal. Wireless N is better for gaming (eg.Xbox Live, PSN). Usually wireless N routers are more expensive. Get the one best suited for you.
Yes. It is only recently that some wireless routers DO have gig ports, and they usually cost more than those that have only 10/100.
Nowadays routers usually have both wireless and lan connection. So when you buy a wireless router just make sure that it has a lan switch too.
The configuration file is missing from NVRAM