Is one large home network superior to two separate ones?












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I have a Plusnet Hub One as my primary router/modem for all of the home's wired and wireless connections. In an attempt to increase the range and speeds when connecting to the internet upstairs, I'm planning to connect a second router (a TP-LINK Archer C50) to the first via an Ethernet cable.



To my understanding, once this connection is established and any IP address/DHCP range conflicts have been addressed, both routers will show up as two distinct networks.



As per step 4 of this guide, the routers can then optionally be merged into the one network by simply changing the new router's SSID and settings to reflect that of the old one.



Which of these choices should I opt for if I want the fastest speeds with the best signal throughout the house? Are the speed and signal strength of the two networks combined likely to be the same as they are separately?










share|improve this question
























  • Also, what channels should I select for each of the four separate connections (Plusnet 2.4GHz, Plusnet 5.GHz, TP-LINK 2.4GHz, TP-LINK 5.GHz)? I really don't want to fudge this up.
    – Hashim
    Dec 20 '18 at 18:06










  • You should edit that into the question, instead of posting a comment.
    – 3D1T0R
    Dec 20 '18 at 18:41










  • @3D1T0R It's basically a question of its own, which is why I just asked it separately here. If you can answer it, I'd appreciate it.
    – Hashim
    Dec 20 '18 at 18:42










  • Ah, OK. I don't feel like taking the time to write up a proper answer to that right now, but basically what it boils down to is that it doesn't matter which channel you pick, but you'll get better performance on a channel that isn't in use by another device, so you want to pick different channels for each access point, and first analyze the WiFi spectrum around so you can choose channels that don't already have other WiFi signals (e.g. your neighbor's WiFi) on them.
    – 3D1T0R
    Dec 20 '18 at 18:48


















0














I have a Plusnet Hub One as my primary router/modem for all of the home's wired and wireless connections. In an attempt to increase the range and speeds when connecting to the internet upstairs, I'm planning to connect a second router (a TP-LINK Archer C50) to the first via an Ethernet cable.



To my understanding, once this connection is established and any IP address/DHCP range conflicts have been addressed, both routers will show up as two distinct networks.



As per step 4 of this guide, the routers can then optionally be merged into the one network by simply changing the new router's SSID and settings to reflect that of the old one.



Which of these choices should I opt for if I want the fastest speeds with the best signal throughout the house? Are the speed and signal strength of the two networks combined likely to be the same as they are separately?










share|improve this question
























  • Also, what channels should I select for each of the four separate connections (Plusnet 2.4GHz, Plusnet 5.GHz, TP-LINK 2.4GHz, TP-LINK 5.GHz)? I really don't want to fudge this up.
    – Hashim
    Dec 20 '18 at 18:06










  • You should edit that into the question, instead of posting a comment.
    – 3D1T0R
    Dec 20 '18 at 18:41










  • @3D1T0R It's basically a question of its own, which is why I just asked it separately here. If you can answer it, I'd appreciate it.
    – Hashim
    Dec 20 '18 at 18:42










  • Ah, OK. I don't feel like taking the time to write up a proper answer to that right now, but basically what it boils down to is that it doesn't matter which channel you pick, but you'll get better performance on a channel that isn't in use by another device, so you want to pick different channels for each access point, and first analyze the WiFi spectrum around so you can choose channels that don't already have other WiFi signals (e.g. your neighbor's WiFi) on them.
    – 3D1T0R
    Dec 20 '18 at 18:48
















0












0








0







I have a Plusnet Hub One as my primary router/modem for all of the home's wired and wireless connections. In an attempt to increase the range and speeds when connecting to the internet upstairs, I'm planning to connect a second router (a TP-LINK Archer C50) to the first via an Ethernet cable.



To my understanding, once this connection is established and any IP address/DHCP range conflicts have been addressed, both routers will show up as two distinct networks.



As per step 4 of this guide, the routers can then optionally be merged into the one network by simply changing the new router's SSID and settings to reflect that of the old one.



Which of these choices should I opt for if I want the fastest speeds with the best signal throughout the house? Are the speed and signal strength of the two networks combined likely to be the same as they are separately?










share|improve this question















I have a Plusnet Hub One as my primary router/modem for all of the home's wired and wireless connections. In an attempt to increase the range and speeds when connecting to the internet upstairs, I'm planning to connect a second router (a TP-LINK Archer C50) to the first via an Ethernet cable.



To my understanding, once this connection is established and any IP address/DHCP range conflicts have been addressed, both routers will show up as two distinct networks.



As per step 4 of this guide, the routers can then optionally be merged into the one network by simply changing the new router's SSID and settings to reflect that of the old one.



Which of these choices should I opt for if I want the fastest speeds with the best signal throughout the house? Are the speed and signal strength of the two networks combined likely to be the same as they are separately?







wireless-networking router home-networking wireless-access-point wired-networking






share|improve this question















share|improve this question













share|improve this question




share|improve this question








edited Dec 20 '18 at 0:53

























asked Dec 19 '18 at 21:51









Hashim

3,02563057




3,02563057












  • Also, what channels should I select for each of the four separate connections (Plusnet 2.4GHz, Plusnet 5.GHz, TP-LINK 2.4GHz, TP-LINK 5.GHz)? I really don't want to fudge this up.
    – Hashim
    Dec 20 '18 at 18:06










  • You should edit that into the question, instead of posting a comment.
    – 3D1T0R
    Dec 20 '18 at 18:41










  • @3D1T0R It's basically a question of its own, which is why I just asked it separately here. If you can answer it, I'd appreciate it.
    – Hashim
    Dec 20 '18 at 18:42










  • Ah, OK. I don't feel like taking the time to write up a proper answer to that right now, but basically what it boils down to is that it doesn't matter which channel you pick, but you'll get better performance on a channel that isn't in use by another device, so you want to pick different channels for each access point, and first analyze the WiFi spectrum around so you can choose channels that don't already have other WiFi signals (e.g. your neighbor's WiFi) on them.
    – 3D1T0R
    Dec 20 '18 at 18:48




















  • Also, what channels should I select for each of the four separate connections (Plusnet 2.4GHz, Plusnet 5.GHz, TP-LINK 2.4GHz, TP-LINK 5.GHz)? I really don't want to fudge this up.
    – Hashim
    Dec 20 '18 at 18:06










  • You should edit that into the question, instead of posting a comment.
    – 3D1T0R
    Dec 20 '18 at 18:41










  • @3D1T0R It's basically a question of its own, which is why I just asked it separately here. If you can answer it, I'd appreciate it.
    – Hashim
    Dec 20 '18 at 18:42










  • Ah, OK. I don't feel like taking the time to write up a proper answer to that right now, but basically what it boils down to is that it doesn't matter which channel you pick, but you'll get better performance on a channel that isn't in use by another device, so you want to pick different channels for each access point, and first analyze the WiFi spectrum around so you can choose channels that don't already have other WiFi signals (e.g. your neighbor's WiFi) on them.
    – 3D1T0R
    Dec 20 '18 at 18:48


















Also, what channels should I select for each of the four separate connections (Plusnet 2.4GHz, Plusnet 5.GHz, TP-LINK 2.4GHz, TP-LINK 5.GHz)? I really don't want to fudge this up.
– Hashim
Dec 20 '18 at 18:06




Also, what channels should I select for each of the four separate connections (Plusnet 2.4GHz, Plusnet 5.GHz, TP-LINK 2.4GHz, TP-LINK 5.GHz)? I really don't want to fudge this up.
– Hashim
Dec 20 '18 at 18:06












You should edit that into the question, instead of posting a comment.
– 3D1T0R
Dec 20 '18 at 18:41




You should edit that into the question, instead of posting a comment.
– 3D1T0R
Dec 20 '18 at 18:41












@3D1T0R It's basically a question of its own, which is why I just asked it separately here. If you can answer it, I'd appreciate it.
– Hashim
Dec 20 '18 at 18:42




@3D1T0R It's basically a question of its own, which is why I just asked it separately here. If you can answer it, I'd appreciate it.
– Hashim
Dec 20 '18 at 18:42












Ah, OK. I don't feel like taking the time to write up a proper answer to that right now, but basically what it boils down to is that it doesn't matter which channel you pick, but you'll get better performance on a channel that isn't in use by another device, so you want to pick different channels for each access point, and first analyze the WiFi spectrum around so you can choose channels that don't already have other WiFi signals (e.g. your neighbor's WiFi) on them.
– 3D1T0R
Dec 20 '18 at 18:48






Ah, OK. I don't feel like taking the time to write up a proper answer to that right now, but basically what it boils down to is that it doesn't matter which channel you pick, but you'll get better performance on a channel that isn't in use by another device, so you want to pick different channels for each access point, and first analyze the WiFi spectrum around so you can choose channels that don't already have other WiFi signals (e.g. your neighbor's WiFi) on them.
– 3D1T0R
Dec 20 '18 at 18:48












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