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[Solved] Selecting INEA Router for 1Gb/s Symmetrical Fiber - Huawei, Genexis, Nokia, ZTE or Alcatel?

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  • #1 18130832
    swb
    Level 9  
    Posts: 14
    Rate: 4
    Hi,

    I need your help.
    Which router should I choose from Inea for 1Gb / s symmetric fiber?

    I want the router to work as a bridge + reasonable wi-fi, minimum 5 LAN outputs

    Any of you will advise?

    Below is a list:
    Huawei EG8245Q optical modem
    Optical Genexis Titanium-48 modem
    Optical modem Nokia XS-250WX-A
    Optical modem Nokia G-240W-C
    Optical modem Alcatel-Lucent / Nokia G-240W-A
    Huawei EchoLife HG8245H / HG8247H GPON Terminal optical modem
    Optical modem ZTE F680
    Optical modem Alcatel I-241W-S
    GPON I-240G-P optical modem
    GPON I-241G-Q optical modem
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  • #2 18130867
    m.jastrzebski
    Network and Internet specialist  
    Posts: 5238
    Help: 679
    Rate: 862
    swb wrote:
    Hi,

    I need your help.
    Which router should I choose from Inea for 1Gb / s symmetric fiber?

    I want the router to work as a bridge + reasonable wi-fi, minimum 5 LAN outputs

    Anyone of you will advise?

    Below is a list:
    Huawei EG8245Q optical modem
    Optical Genexis Titanium-48 modem
    Optical modem Nokia XS-250WX-A
    Optical modem Nokia G-240W-C
    Optical modem Alcatel-Lucent / Nokia G-240W-A
    Huawei EchoLife HG8245H / HG8247H GPON Terminal optical modem
    Optical modem ZTE F680
    Optical modem Alcatel I-241W-S
    GPON I-240G-P optical modem
    GPON I-241G-Q optical modem

    But why do you need an optical modem. After all, the provider will provide a fiber optic terminal and at 99.9% will not let you have your own. You need a decent cable router with WiFi or a separate WIFi, depending on where it is supposed to work - an apartment, a house, an office.
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  • #3 18131196
    swb
    Level 9  
    Posts: 14
    Rate: 4
    For now, I suggest the Nokia G-240W-C optical modem for the Internet.
    The problem is that I have a monolithic ceiling (reinforced concrete) and this modem will not cover the entire apartment. I also have a Netger R6400 AC private router.
    I do not know if Nokia works in the bridge function or if I connect Netger, it will be Wi-Fi from Nokia. Is only a bridge from noki and Wi-Fi from Netger. How to embrace whole-home Wi-Fi using these two devices? Sorry, but I'm green in IT topics :)
  • #4 18131243
    KOCUREK1970
    Network and Internet specialist  
    Posts: 35142
    Help: 3787
    Rate: 5328
    swb wrote:
    For now, I suggest the Nokia G-240W-C optical modem for the Internet.

    It's not a modem, it's a router.
    swb wrote:
    I do not know if Nokia works in the bridge function or if I connect Netger, it will be Wi-Fi from Nokia.

    From the Nokia Quick Start Guide:
    "The device works in Dual-Band mode, which means it works in two
    different radio bands (2.4 GHz and 5 GHz) simultaneously. "
    swb wrote:
    How to embrace whole home Wi-Fi using these two devices?

    Where the signal does not reach, it will be too slow - local additional AP connected by a cable, either with Nokia or Netgear.
    When it comes out, only the fairy Magda knows at this stage - and really what you can do, you will know when you start it.
    swb wrote:
    I also have a Netger R6400 AC private router.

    swb wrote:
    for 1Gb / s symmetric fiber

    Hardware version of this Netgear v1:
    CPU1: Broadcom BCM4708A0 (800 MHz, 2 cores)
    FLA1: 128 MiB (Macronix MX30LF1G08AA-TI)
    RAM1: 256 MiB (Samsung K4B2G1646Q-BCK0)

    Hardware version of this Netgear v2:
    CPU1: Broadcom BCM4708C0 (1 GHz, 2 cores)
    FLA1: 128 MiB (Spansion S34ML01G200TFI00)
    RAM1: 256 MiB (Samsung K4B2G1646F-BCK0)

    The dual-core processor may be a bit too weak and the RAM may not be enough.
  • #5 18131256
    sebap
    Level 41  
    Posts: 7139
    Help: 538
    Rate: 1076
    Why connect in a bridge? You connect them using twisted-pair cable, set Netgear as AP, and you have the same network throughout the house
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  • #6 18135116
    crashbit
    Level 15  
    Posts: 150
    Help: 13
    Rate: 12
    Hello.
    As I see the symmetrical 1Gb / s theme and texts like "reasonable wifi" it turns me on. With this bandwidth (speed), we are talking about really cool equipment (transmitting and receiving). Unless the author accepts that, for example, in the room with the router / ap, he will not reach the full speed of the Wi-Fi connection anyway (not even mentioning what will be behind the wall).
    Once, I took on the problem ... 4-story building, 120 m2 per floors and a minimum of 500Mb / s with wifi in each room (staircases, etc. omitted; and at least 2 antennas installed). There is no bad chaff at access points!
    Now I wonder. When a friend has 2x more and starts asking for wifi.
    What does the author really expect? What speeds, where etc.
  • #7 18135315
    swb
    Level 9  
    Posts: 14
    Rate: 4
    Hi,

    I expect reasonable speeds so that I do not turn when I open pages on a phone / tablet.
    Downloading, streaming will be over the cable (it is possible that netflix / hbo go / etc will be watched from time to time on mobile devices also via wi-fi)

    in the so-called 4 wi-fi devices in the house, all cables that can be connected will be connected with a cable.
    I am asking for help in this respect :)
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  • #8 18135337
    m.jastrzebski
    Network and Internet specialist  
    Posts: 5238
    Help: 679
    Rate: 862
    swb wrote:
    Hi,

    I expect reasonable speeds so that I do not turn when I open pages on a phone / tablet.
    Downloading, streaming will be over the cable (it is possible that netflix / hbo go / etc will be watched from time to time on mobile devices also via wi-fi)

    in the so-called 4 wi-fi devices in the house, all cables that can be connected will be connected with a cable.
    I am asking for help in this respect :)

    No server will send you website data at 1 Gb / s. Probably not even 500mbit / s, I would bet closer to 100mbit. You don't need that much for netflix either. It will depend on the signal level you cover the whole apartment / house with. Using, for example, one AP on too large an area will cause you to "twist" places, even if you have WiFi at the AP itself and 500mbit / s after that. You should focus more on it, buying the right amount of AP, and not trying to have 500mbit / s and not 300mbit / s. From 300mbit it will not turn you.
  • #9 18135360
    swb
    Level 9  
    Posts: 14
    Rate: 4
    I probably asked the question wrong - I'm not an IT specialist.
    my goal is not 1Gb over wi-fi.

    on the ground floor there will be Nokia proposed from Inea (here the question is whether it is suitable or is it different - better equipment at Inea?)
    at the top, the mentioned netger

    the cable will be connected to: receiver, TV, alarm, PoE cameras (via a switch), computer - maybe a printer, additional two computers, NAS server, console,

    probably everything :) , rather, in 5/10 years I will not connect a washing machine, vacuum cleaner, microwave oven; fridge, probably like this:]

    after your comments, the topic begins to straighten out for me :)
  • #10 18135370
    m.jastrzebski
    Network and Internet specialist  
    Posts: 5238
    Help: 679
    Rate: 862
    swb wrote:
    I probably asked the question wrong - I'm not an IT specialist.
    my goal is not 1Gb over wi-fi.

    on the ground floor there will be Nokia proposed from Inea (here the question is whether it is suitable or is it different - better equipment at Inea?)
    at the top, the mentioned netger

    the cable will be connected to: receiver, TV, alarm, PoE cameras (via a switch), computer - maybe a printer, additional two computers, NAS server, console,

    probably everything :) , rather, in 5/10 years I will not connect a washing machine, vacuum cleaner, microwave oven; fridge, probably like this:]

    after your comments, the topic begins to straighten out for me :)

    You forgot that if it is to be good, the upper AP should also be connected with the cable. This is an absolute must if your wifi is supposed to work well.
    How does Nokia work, I can't say because I didn't have it in my hands.
    Personally, instead of a "fancy" router, I would buy a better access point, if you do not need additional RJ45 ganizd there.
  • #11 18135418
    swb
    Level 9  
    Posts: 14
    Rate: 4
    I did not write, it is logical :)
    netger is here so it will not change it for anything else - it's a pity for the money
  • #12 18135422
    m.jastrzebski
    Network and Internet specialist  
    Posts: 5238
    Help: 679
    Rate: 862
    swb wrote:
    I did not write, it is logical :)
    netger is here so it will not change it for anything else - it's a pity for the money

    Plug it in and see how it goes ...
  • #13 18135429
    swb
    Level 9  
    Posts: 14
    Rate: 4
    I think the replies have been exhausted.
    no one advised which router / modem to fight with Inea.

    it's best to walk around your neighbors and research.
    the above comments were partially helpful.

    thanks
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Topic summary

✨ The discussion revolves around selecting an appropriate router for a 1Gb/s symmetrical fiber connection from Inea. Users express concerns about the need for a reliable optical modem that can function as a bridge and provide reasonable Wi-Fi coverage, with a minimum of five LAN outputs. The Nokia G-240W-C is suggested as a potential option, but users also discuss the limitations of Wi-Fi coverage in concrete environments and the importance of using additional access points (APs) for optimal performance. The conversation highlights the necessity of connecting devices via Ethernet for better speeds and suggests that the choice of equipment should align with the user's specific needs, including streaming and multiple device connections. Overall, the emphasis is on ensuring adequate Wi-Fi coverage and the right configuration for a home network.
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FAQ

TL;DR: For INEA 1 Gb/s fiber, keep the ISP ONT/router and add wired APs. Netgear R6400 v2 uses a 1 GHz dual‑core, and "The device works in Dual‑Band mode". Bridge mode is rarely needed; cable backhaul wins. [Elektroda, KOCUREK1970, post #18131243] Why it matters: This helps you get fast, stable whole‑home Wi‑Fi without fighting ISP restrictions or wasting budget.

Quick Facts

Which INEA router/ONT should I pick for 1 Gb/s fiber?

You usually don’t get to pick a third‑party ONT on INEA’s GPON. INEA provides the optical terminal/router and authenticates it. Focus on using their unit as the gateway and build reliable Wi‑Fi with your own access points. That approach avoids provisioning issues and speeds up installation. If they offer several models, accept any current dual‑band unit and invest effort in cabling your APs for coverage instead of chasing small router differences. This aligns with how ISPs operate and what works in real homes. [Elektroda, m.jastrzebski, post #18130867]

Do I need bridge mode with the Nokia G‑240W‑C and my Netgear R6400?

No. Just connect them by Ethernet and set the Netgear to Access Point mode. That gives you a single LAN and seamless Wi‑Fi without double NAT. Bridge mode on the ISP device is not required for stable, fast Wi‑Fi in this scenario. This keeps management simple and preserves the provider’s supported setup. If you later need advanced routing, revisit bridge mode with the ISP. For most homes, AP mode is the cleanest path to whole‑home coverage. [Elektroda, sebap, post #18131256]

How should I wire the upstairs AP for best speeds?

Run a dedicated Ethernet cable from the ISP router to the upstairs AP. Avoid wireless uplinks between floors, especially through concrete, to prevent latency and throughput loss. As one expert put it, “The upper AP should also be connected with the cable. This is an absolute must.” That single change typically doubles stability and makes roaming predictable. Use Cat5e or better, and terminate into the AP’s LAN port. This is the most impactful upgrade for Wi‑Fi quality. [Elektroda, m.jastrzebski, post #18135370]

Will a single Nokia router cover two floors through reinforced concrete?

Unlikely. Reinforced concrete heavily attenuates Wi‑Fi. Where the signal doesn’t reach, speeds will be too slow. Add a local access point upstairs and feed it by cable. Disable only duplicate features you don’t need, not the core gateway function. Expect strong performance near each AP and a smooth handoff with the same SSID and security. Wireless‑only repeaters across floors usually disappoint in this building type. Cable removes that bottleneck and future‑proofs upgrades. [Elektroda, KOCUREK1970, post #18131243]

Is the Netgear R6400 powerful enough for gigabit symmetric Internet?

It can work, but it’s mid‑range. Hardware: v1 uses an 800 MHz dual‑core; v2 uses a 1 GHz dual‑core, both with 256 MiB RAM. Heavy features like QoS, DPI, or many concurrent sessions can tax it at gigabit. Use it as a wired AP to offload routing to the ISP device, or keep features lean if routing. If you see CPU limits during speed tests, simplify features or upgrade the router role. [Elektroda, KOCUREK1970, post #18131243]

What Wi‑Fi speed do I actually need for browsing and Netflix?

You don’t need 1 Gb/s over Wi‑Fi for a great experience. Web servers rarely deliver anywhere near gigabit to a single client. Around 100 Mb/s feels snappy for browsing, and from 300 Mb/s you’ll be comfortable for most streaming. Prioritize coverage and stable signal over chasing peak link rates. The right number of access points matters more than another theoretical 200 Mb/s. [Elektroda, m.jastrzebski, post #18135337]

Can I replace INEA’s ONT with my own Huawei/ZTE/Nokia?

No in most cases. The provider supplies and authenticates the GPON optical terminal and typically won’t provision customer devices. Swapping ONTs breaks service and complicates support. Keep the ISP ONT as your gateway and add your own gear behind it for Wi‑Fi and switching. This respects ISP policies and reduces troubleshooting friction. Ask INEA only if they offer an official bridge profile for advanced setups. [Elektroda, m.jastrzebski, post #18130867]

How do I extend the same network upstairs using Nokia + Netgear?

Use your Netgear as an Ethernet access point. Steps:
  1. Connect Nokia LAN to Netgear LAN with a twisted‑pair cable.
  2. Put the Netgear into AP mode (or disable DHCP and set a fixed LAN IP).
  3. Use the same SSID/security if you want seamless roaming. This yields one LAN and smooth Wi‑Fi across floors without double NAT. It’s simple and effective for homes with concrete floors. [Elektroda, sebap, post #18131256]

What if Wi‑Fi still drops in some rooms?

Treat those rooms as separate cells. Add another wired access point where the signal is weak. “Where the signal does not reach, it will be too slow—local additional AP connected by a cable.” Avoid wireless repeaters through concrete slabs. Use Ethernet or MoCA/Powerline only as a last resort. Validate with a speed test beside each AP and again in problem rooms, then adjust channels or AP placement. [Elektroda, KOCUREK1970, post #18131243]

I need at least five LAN ports—what’s the simplest way?

Add an unmanaged gigabit switch to the ISP router or upstream switch. This scales cleanly for devices like TVs, receivers, NAS, consoles, alarm panels, and PoE cameras. The thread setup already uses a switch for PoE cameras; expand that idea. Choose a fanless 8‑port unit for quiet operation and headroom. Keep PoE cams on a PoE switch; other gear can sit on a standard switch. [Elektroda, swb, post #18135360]

Does the Nokia G‑240W‑C broadcast 2.4 GHz and 5 GHz simultaneously?

Yes. As referenced in its quick start guide, it operates in dual‑band mode, broadcasting 2.4 GHz and 5 GHz at the same time. This lets you place slower IoT gear on 2.4 GHz and higher‑throughput clients on 5 GHz. If you add an upstairs AP, mirror SSIDs and security for seamless roaming. Quote: “The device works in Dual‑Band mode… simultaneously.” [Elektroda, KOCUREK1970, post #18131243]

Any quick sanity check before I finalize the setup?

Yes. Cable the upstairs AP, set it to AP mode, and test coverage before tweaking. Move the AP slightly if rooms underperform. Then test again with real devices you care about. As one responder put it, “Plug it in and see how it goes …” Optimize only after measurement, not before. This avoids over‑engineering and saves time. [Elektroda, m.jastrzebski, post #18135422]
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