tag:blogger.com,1999:blog-2492829521464061954.post6951089041122241413..comments2010-03-20T10:12:15.495+03:00Jaisal Abdurrahmanhttp://www.blogger.com/profile/02474749459567001514noreply@blogger.comBlogger2125tag:blogger.com,1999:blog-2492829521464061954.post-59042643310026966912010-03-20T10:12:15.486+03:002010-03-20T10:12:15.486+03:00@David<br /> Thanks for your comment.you are right i missed the security part.thanks again for the explanation .Jaisal Abdurrahmanhttp://www.blogger.com/profile/02474749459567001514noreply@blogger.comtag:blogger.com,1999:blog-2492829521464061954.post-83456727040272976212010-03-19T01:28:12.351+03:002010-03-19T01:28:12.351+03:00Very good! This finally got me there! Thanks. However, this assumes there is no wireless security between primary and secondary routers and no wireless security for clients of the secondary router. <br /><br />To address this, after the step 4 and before the step 5 shown in the tutorial, I have a new step:<br /><br />4.5 Wireless -&gt; Wireless Security<br /><br />* For the physical interface (the one that names your primary router), choose the Security mode you want. By default this is DISABLED meaning no security/open system. I chose WPA because that is what my primary router expects from its clients. Then I entered the required additional information: WPA Algorithm and WPA Shared Key. Again, these are the values required by any client to connect to the primary router.<br /><br />* For the virtual interface (the one to which clients of the secondary router connect), choose the Security mode you want. By default this is DISABLED meaning no security/open system. I wanted WPA for clients connecting to the secondary router as well. Then I entered the required additional information: WPA Algorithm and WPA Shared Key.<br /><br />* Save Settings <br /><br />Thanks again. David (Seattle, WA USA)Anonymousnoreply@blogger.com