A wireless router's security can be ensured by accessing its settings and checking the security options. Configuring the WEP key is the most common option, but other options such as WPA-PSK are more secure and easier to set up.
By encrypting the information between a computer and the wireless access point. Several methods are available of which WPA and WPA2 are now the most common
Most commonly in houses there is a wired connection from the ISP to the wireless access point. The computers in the house are wirelessly connected to the wireless access point. Having said that, access points that make use of 3G cellphone networks or WiMax do connect wirelessly to the internet. But that is not common yet.
To make it secure you have to use encryption which is available in almost all routers.
Wireless LAN Switches: The Best Solution There are two types of wireless access points Intelligent (Fat) and Thin wireless Access points. A fat wireless access point has everything it needs to handle wireless clients. A Thin wireless access point is basically a radio and antenna that is controlled by a wireless switch. If you deploy several Fat wireless access points they need to be configured individually. With thin wireless access points the entire configuration takes place at the switch saving you time and money. Wireless LAN Switches provide many benefits: Wireless Mobility - Intelligent access aren't managed in a central location which means there is no third party monitoring the movement of a user. If a user moves to another work area traditional wireless access points have a hard time passing off the user to the new access point. Thin wireless access points are controlled be the wireless LAN switch who will manage the users movement. Security- Using the wireless LAN switch the administrator can check logs, configure is security settings, make group polices for wireless users all in one spot. Also built in to many wireless LAN switches are RADIUS servers which will give another layer of security on top of your encryption policies. In enterprise wireless networks the administrators biggest fear is rogue wireless access points. Wireless LAN switches can detect when a new wireless access point comes into the area and decide if it is a trusted or non-trusted device. Placement - Power over Ethernet is another great feature of wireless LAN Switches. Power over Ethernet eliminates the need for an power outlet to be near the wireless access point. This saves your company money by not having to install new power outlets. Also this improves security by not having the wireless access points within easy reach of passerby's. If you are deploying a wireless LAN for a company I would be scared if you don't utilize wireless LAN switches and wireless thin access points. The upfront costs of these products are more but your total cost of ownership will be less than having to administer each wireless access point separately. To sum it up home owners should stick with Fat access points and businesses should use thin.
No, why would you? I suggest just buying a wireless PCI card for the two desktops. It would make life much more easier. You can, what you need is a wireless router... this will allow you to have approximatly 4 ethernet ports and wireless access to your network, but look in your manual to make sure you encrypt the data so as to protect from wireless predators...
Make sure the WLAN switch is on, and then go to Settings > Network, and select Infrastructure Mode. From there you locate the SSID of your wireless access point ("wireless router", "Wi-Fi hotspot"), and enter any keys ("password" for the access point) if necessary. Follow the remaining prompts and you should have Internet access.
Make sure the WLAN switch is on, and then go to Settings > Network, and select Infrastructure Mode. From there you locate the SSID of your wireless access point ("wireless router", "Wi-Fi hotspot"), and enter any keys ("password" for the access point) if necessary. Follow the remaining prompts and you should have internet access.
You might consider using wireless range extenders.
You need to log in your router, and enable security for wireless networks.
PSPs can make already make connections with a wireless internet access point. There's no need to 'hack' the PSP, it's there by default. Of course, you need to know the SSID and passcode for that particular access point - 'hacking' that is illegal, and also nothing to do with the PSP itself.
Check to make sure the router is connected to the internet. I had a problem like this once. Make sure you put in the correct wireless key. It will still say that it can connect to the router but you wont really be connected to it.
broadcasting the SSID * using open authenticationusing the default internal IP address