This thread has been locked for further replies. You can start a new thread to share your ideas or ask questions.One DSL to two remote stations using 3 CPEs in total
This thread has been locked for further replies. You can start a new thread to share your ideas or ask questions.
One DSL to two remote stations using 3 CPEs in total
Model :
Hardware Version :
Firmware Version :
ISP :
As per the title...in the process of setting up a wireless network that consists of a DSL base with a CPE510 setup as AP, Station A. with a CPE510 (first client / transponder) with LoS to the DSL base over a distance of 1km and a link of 300Mbps which runs a TD-W9980 and Station B. (second client) which links to Station A. over a distance of 4km with a solid 50Mbps link via another CPE510 connected to a TD-W8980.
Between the DSL base and Station B. there is no LoS, so no link can be achieved, hence this topology was forced in effect.
The question is what setup to choose for Station A. CPE's to manage it's devices through the TD-W9980 DHCP's server independently off the DSL base, namely have it's own private pool of IP addresses and DHCP server which insures that if/when power is cut at the DSL base the devices connected to Station A's TD-W9980 can still 'talk' to one another and the link between Station A. and B. remains active for 'intranet' traffic. Bare in mind that Station A. needs to act as a transponder to Station B., too so in actual fact three independent networks need to be created that actually share one DSL connection to the internet via the DSL base...
Any help appreciated. :)
Hardware Version :
Firmware Version :
ISP :
As per the title...in the process of setting up a wireless network that consists of a DSL base with a CPE510 setup as AP, Station A. with a CPE510 (first client / transponder) with LoS to the DSL base over a distance of 1km and a link of 300Mbps which runs a TD-W9980 and Station B. (second client) which links to Station A. over a distance of 4km with a solid 50Mbps link via another CPE510 connected to a TD-W8980.
Between the DSL base and Station B. there is no LoS, so no link can be achieved, hence this topology was forced in effect.
The question is what setup to choose for Station A. CPE's to manage it's devices through the TD-W9980 DHCP's server independently off the DSL base, namely have it's own private pool of IP addresses and DHCP server which insures that if/when power is cut at the DSL base the devices connected to Station A's TD-W9980 can still 'talk' to one another and the link between Station A. and B. remains active for 'intranet' traffic. Bare in mind that Station A. needs to act as a transponder to Station B., too so in actual fact three independent networks need to be created that actually share one DSL connection to the internet via the DSL base...
Any help appreciated. :)
Now serving finite customer via f(x)=AirTime/∞ on the 5Ghz band :-/
Re:One DSL to two remote stations using 3 CPEs in total
RTouris wrote
Model :
Hardware Version :
Firmware Version :
ISP :
As per the title...in the process of setting up a wireless network that consists of a DSL base with a CPE510 setup as AP, Station A. with a CPE510 (first client / transponder) with LoS to the DSL base over a distance of 1km and a link of 300Mbps which runs a TD-W9980 and Station B. (second client) which links to Station A. over a distance of 4km with a solid 50Mbps link via another CPE510 connected to a TD-W8980.
Between the DSL base and Station B. there is no LoS, so no link can be achieved, hence this topology was forced in effect.
The question is what setup to choose for Station A. CPE's to manage it's devices through the TD-W9980 DHCP's server independently off the DSL base, namely have it's own private pool of IP addresses and DHCP server which insures that if/when power is cut at the DSL base the devices connected to Station A's TD-W9980 can still 'talk' to one another and the link between Station A. and B. remains active for 'intranet' traffic. Bare in mind that Station A. needs to act as a transponder to Station B., too so in actual fact three independent networks need to be created that actually share one DSL connection to the internet via the DSL base...
Any help appreciated. :)
You must be set the links in both sides as bridge wds or Client router, every one have our self subnet and no lost conecction betwen they if the TD-W9980 DHCP's is outline... these two examples is for a one net no isolated or two nets isolated and last if you maybe need three nets no isolated....
IS NO RECOMEND uses 510 as repeater, this mode reduces the data transfer
Re:One DSL to two remote stations using 3 CPEs in total
Thanks for the reply Victor, hugely helpful.
Bare in mind that I have to achieve this using 3 CPEs, while the lowest you describe on the topologies you provided above is 4 CPEs..
One thing I must stress however is that I need all three sites to have their LAN IP independence / isolation, as each assigns their LAN IPs through their corresponding DHCP router server (not the CPE's one). So in effect what I'm after is the DSL base serving it's site's local LAN devices through it's router's DHCP server, transmit internet through WAN to station A., same for Station A. which serves the site's local LAN devices through the TD-W9980's DHCP (how to setup it in order to receive WAN from VDSL's base CPE510?), that also acts as a middle man repeater / transponder for the traffic between the VDSL base and site B. and lastly the same for Station B. that serves it's site's local LAN devices via the TD-W8980 DHCP server.
In terms of using Station A's CPE510 as a repeater how much of a throughput penalty would expect that to incur? what I'm after is serving internet to the remote Station B, that under the current circumstances is somewhat stranded to 4Mbps aDSL due to signal attenuation, but having already successfully deployed a link to Station A. at ~50Mbps I was hoping that I could get VDSL to both Stations A. and B. via the VDSL base using the topology described above. In other words anything above 20Mbps would be acceptable for Station B, even if Station A. acts as a repeater.
P.S.: I'm not interested in serving WiFi through the CPEs to any other WiFi-enabled devices at any of the locations above, hence I aim to have the CPEs DHCP servers disabled and have all traffic handled by the 3 different routers already operating at each corresponding site.
Bare in mind that I have to achieve this using 3 CPEs, while the lowest you describe on the topologies you provided above is 4 CPEs..
One thing I must stress however is that I need all three sites to have their LAN IP independence / isolation, as each assigns their LAN IPs through their corresponding DHCP router server (not the CPE's one). So in effect what I'm after is the DSL base serving it's site's local LAN devices through it's router's DHCP server, transmit internet through WAN to station A., same for Station A. which serves the site's local LAN devices through the TD-W9980's DHCP (how to setup it in order to receive WAN from VDSL's base CPE510?), that also acts as a middle man repeater / transponder for the traffic between the VDSL base and site B. and lastly the same for Station B. that serves it's site's local LAN devices via the TD-W8980 DHCP server.
In terms of using Station A's CPE510 as a repeater how much of a throughput penalty would expect that to incur? what I'm after is serving internet to the remote Station B, that under the current circumstances is somewhat stranded to 4Mbps aDSL due to signal attenuation, but having already successfully deployed a link to Station A. at ~50Mbps I was hoping that I could get VDSL to both Stations A. and B. via the VDSL base using the topology described above. In other words anything above 20Mbps would be acceptable for Station B, even if Station A. acts as a repeater.
P.S.: I'm not interested in serving WiFi through the CPEs to any other WiFi-enabled devices at any of the locations above, hence I aim to have the CPEs DHCP servers disabled and have all traffic handled by the 3 different routers already operating at each corresponding site.
Now serving finite customer via f(x)=AirTime/∞ on the 5Ghz band :-/
Re:One DSL to two remote stations using 3 CPEs in total
RTouris wrote
Thanks for the reply Victor, hugely helpful.
Bare in mind that I have to achieve this using 3 CPEs, while the lowest you describe on the topologies you provided above is 4 CPEs..
One thing I must stress however is that I need all three sites to have their LAN IP independence / isolation, as each assigns their LAN IPs through their corresponding DHCP router server (not the CPE's one). So in effect what I'm after is the DSL base serving it's site's local LAN devices through it's router's DHCP server, transmit internet through WAN to station A., same for Station A. which serves the site's local LAN devices through the TD-W9980's DHCP (how to setup it in order to receive WAN from VDSL's base CPE510?), that also acts as a middle man repeater / transponder for the traffic between the VDSL base and site B. and lastly the same for Station B. that serves it's site's local LAN devices via the TD-W8980 DHCP server.
In terms of using Station A's CPE510 as a repeater how much of a throughput penalty would expect that to incur? what I'm after is serving internet to the remote Station B, that under the current circumstances is somewhat stranded to 4Mbps aDSL due to signal attenuation, but having already successfully deployed a link to Station A. at ~50Mbps I was hoping that I could get VDSL to both Stations A. and B. via the VDSL base using the topology described above. In other words anything above 20Mbps would be acceptable for Station B, even if Station A. acts as a repeater.
P.S.: I'm not interested in serving WiFi through the CPEs to any other WiFi-enabled devices at any of the locations above, hence I aim to have the CPEs DHCP servers disabled and have all traffic handled by the 3 different routers already operating at each corresponding site.
Can you showme in a draw, your exactly topology, work mode of 510, and all devices actives and pasives of your net???
to sure the isolation betwhen sites is necesary one router in each site
the three draws shows no serving wifi directly to any where device... only show links point to point..
Regards...
Re:One DSL to two remote stations using 3 CPEs in total
yes... sorry. the language is a big limit, is no my native language... I understand this
What device exists on the network and what not ... I have doubts on how connect site 2 to site 1 and site 1 to base site ...
You say have only three CPE and no LOS betwhen site 2 and base site ...
And the last thing, you need that when the internet falls on base site, the three places should remain connected at LAN level .. ???
I'm sorry, it's a little confusing for me
Re:One DSL to two remote stations using 3 CPEs in total
In the following drawing, all sites share the primary router internet in the base site vdsl with the following conditions ...
1.- site B, dsl router disconnected, all devices connected by wire or wireless, will lose connection in their own network; Site A does not lose internet connection
2.- Site A, dsl router disconnected, all devices connected by wire or wireless, will lose connection in their own network; Site B does not lose internet connection (unless the repeater in A site is also disconnected)
3.- VDSL Base, DSL Router disconnected, all devices connected by wire or wireless, will lose connection in their own network; Sites A and B do not lose connection to their internal network, but both lose internet connection
Regards
