I'm a gamer, I have 4 other members of the family who don't game but also like to download/browse the web/play videos etc. I initially bought a Billion which I loved as a router but QOS wise it just wasn't managing to achieve the results I needed, basically meaning that I had to play after bedtimes or kick people of the network.
Whilst chatting in the Billion forum last week I came across an open source solution called Gargoyle, these guys have taken an existing Linux firmware and then tacked a user friendly web front end onto it. Makes it easy to manage and further they are gamers/family men as well so my QOS issue was also in the solution. Now I have the solution I am totally blown away by it - to the point you want to shake people and say, why use that solution when this one exists at a fraction of the cost!
So what's involved, IMHO the easiest method is to get a Netgear 3700 v2 router (v1 or v2 will work), then using the Netgears update facility flash it onto the router and you have Gargoyle. Downsides, you need an adsl modem as the 3700 is a pure router (I used my old 834g which can be changed from an adsl router into a modem). Once up you have a surprisingly tidy set of options, you can set static ips from the web interface and ban ones not set by you, you can force users through the dns you set and a whole load more stuff.
The easiest way to demo what it has though is to show some screen shots
Breakdown of Connection list, note wifi signals and traffic for each of the connections
QOS Upload screen, you define rules (I use IPs) that fit for each of groups and then you set what type of distribution they should have
QOS Download - Similar to Upload and note you can see how the traffic breaks down
Now the great bit of Gargoyles QOS - the active congestion control, you set the bandwidth you have and then Gargoyle will keep an eye on the ping and if it starts going south it brings down the bandwidth to keep it in check - it will do this by a factor of 5. i.e set it to 5000 it will bring it down to 1000 if required
Want to restrict the study activities
Want to know whats being accessed on the web
Want to see what is being searched for
Lots more but I thought the bandwidth breakdown was also quite neat
Whilst chatting in the Billion forum last week I came across an open source solution called Gargoyle, these guys have taken an existing Linux firmware and then tacked a user friendly web front end onto it. Makes it easy to manage and further they are gamers/family men as well so my QOS issue was also in the solution. Now I have the solution I am totally blown away by it - to the point you want to shake people and say, why use that solution when this one exists at a fraction of the cost!
So what's involved, IMHO the easiest method is to get a Netgear 3700 v2 router (v1 or v2 will work), then using the Netgears update facility flash it onto the router and you have Gargoyle. Downsides, you need an adsl modem as the 3700 is a pure router (I used my old 834g which can be changed from an adsl router into a modem). Once up you have a surprisingly tidy set of options, you can set static ips from the web interface and ban ones not set by you, you can force users through the dns you set and a whole load more stuff.
The easiest way to demo what it has though is to show some screen shots
Breakdown of Connection list, note wifi signals and traffic for each of the connections
QOS Upload screen, you define rules (I use IPs) that fit for each of groups and then you set what type of distribution they should have
QOS Download - Similar to Upload and note you can see how the traffic breaks down
Now the great bit of Gargoyles QOS - the active congestion control, you set the bandwidth you have and then Gargoyle will keep an eye on the ping and if it starts going south it brings down the bandwidth to keep it in check - it will do this by a factor of 5. i.e set it to 5000 it will bring it down to 1000 if required
Want to restrict the study activities
Want to know whats being accessed on the web
Want to see what is being searched for
Lots more but I thought the bandwidth breakdown was also quite neat
Last edited: