Consider using a reliable router or opt for a third-party modem depending on your needs.
Consider using a reliable router or opt for a third-party modem depending on your needs.
Hi everyone, I’m about to switch to a FTTH covered apartment. I’ve signed a new agreement and in the coming days technicians will install the basic modem supplied by the company. The building was just renovated, and there are seven Ethernet cables from various sockets around the house where the modem will be placed. After years of using phone operator modems, I want to upgrade to a faster device that supports connecting eight devices on a LAN—this includes the seven sockets plus a NAS. I was considering the Asus RT-AX88U Wi-Fi router. Can I keep the basic modem connected and link the Asus router to it? Or might it cause a bottleneck? Alternatively, should I replace the basic modem with a better Wi-Fi modem that already has eight LAN ports? I’d also like some extra features not available in the basic model. Thanks for your help, and congratulations on all your efforts, Alex!
I don’t know the kinds of modems your ISP offers, but the ones you have are likely causing overheating, so you switched to a different modem and router which functions well for you.
Generally, it's better to purchase a separate modem and router rather than a combo unit. You should buy them individually, as most providers restrict you to just connecting the modem. Owning your own device can sometimes avoid rental charges. Ideally, the unit shouldn't become a bottleneck. That said, a higher-quality model might be worth the investment. You also have the option to customize your own hardware. I've noticed that modems and routers often overheat during long downloads, which can slow them down. Using heatsinks and fans helps prevent this issue.
In the US, generally you need to use the box provided by your ISP. The installation details vary by provider. Verizon uses a Media Converter to switch from fiber to coax or Ethernet, allowing you to set up your own router. AT&T employs a media converter router combo; for optimal setup, place their box in IP Pass Thru mode and install your router yourself. Many other fiber ISPs in the country follow AT&T’s approach, so be cautious.
The base modem shouldn't be too limiting; the real issue might lie in the WiFi/LAN routing. Use a solid wifi/router/switch setup and link it to the modem. The new device manages routing and network tasks, letting the modem focus on forwarding data to the ISP. It's wise to divide their roles for better performance.
Certainly, I appreciate the clarification. Using third-party modems is now feasible as long as you inform your provider. While I prefer the modem supplied to me, adding a reliable router would be ideal. If later the provided modem causes performance issues—such as overheating—could you suggest a suitable alternative?
It's more complex than it seems. Fiber links typically terminate in a media converter or internet gateway, not a standard modem used with DSL or coaxial services. You should contact your ISP to confirm supported hardware and setup procedures. Consumer-grade fiber gateways aren't widely available. They'll also need you to supply the required configurations or credentials to access their network. My strategy here isn't to swap out the ISP equipment. For extra ports, simply add a switch. I'm puzzled about your objections. Also, boosting wireless range can be achieved by installing access points with direct Ethernet connections to the switch.
I considered getting a solid router since the modem already came with it but has limited capabilities. I believed choosing a model with eight LAN ports and strong Wi-Fi range would eliminate the need for a switch and access point altogether. This way, everything could be managed from a single device instead of multiple ones.
It’s unlikely to spot a combi router/gateway with more than four LAN ports, as such features are rare outside enterprise equipment and typically lack WiFi. You can locate models equipped with SFP+ ports, allowing you to connect a dedicated SFP+ ONT for fiber service. Positioning a central Access Point inside the house—preferably on a ceiling—is ideal for optimal coverage.