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New modems

New modems

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1
1kitty1
Junior Member
21
06-27-2023, 03:07 PM
#21
You typically receive an AIO router or modem, with most being Fritzbox which works fine—though sometimes cheaper models appear. It really depends on the ISP as well. Additionally, there’s a rule now that lets you pick your own gear, whereas before ISPs would block this and force you to use their products.
1
1kitty1
06-27-2023, 03:07 PM #21

You typically receive an AIO router or modem, with most being Fritzbox which works fine—though sometimes cheaper models appear. It really depends on the ISP as well. Additionally, there’s a rule now that lets you pick your own gear, whereas before ISPs would block this and force you to use their products.

P
PerdyPotatoes
Member
145
06-29-2023, 07:35 AM
#22
Another consideration is ensuring a correct setup to properly test a modem. For instance, cable modems require service from a cable company. I’m not certain if Canadian providers permit personal equipment. The same applies to xDSL. With fiber, most companies expect you to use their gear. Overall, it would likely add extra cost that isn’t worth the effort. I wonder if providers might suspect frequent changes in equipment. Routers, however, are more flexible—they can connect to any modem or gateway via bridge/IP pass-through. It would be great if the lab team could measure LAN to WAN and WAN to LAN speeds across many routers. Since most manufacturers don’t share this data, it’s helpful to know when you have Gigabit connections. Also, many routers struggle with NAT at those high speeds.
P
PerdyPotatoes
06-29-2023, 07:35 AM #22

Another consideration is ensuring a correct setup to properly test a modem. For instance, cable modems require service from a cable company. I’m not certain if Canadian providers permit personal equipment. The same applies to xDSL. With fiber, most companies expect you to use their gear. Overall, it would likely add extra cost that isn’t worth the effort. I wonder if providers might suspect frequent changes in equipment. Routers, however, are more flexible—they can connect to any modem or gateway via bridge/IP pass-through. It would be great if the lab team could measure LAN to WAN and WAN to LAN speeds across many routers. Since most manufacturers don’t share this data, it’s helpful to know when you have Gigabit connections. Also, many routers struggle with NAT at those high speeds.

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