Netgate Discussion Forum
    • Categories
    • Recent
    • Tags
    • Popular
    • Users
    • Search
    • Register
    • Login

    Trying to setup a PtP wifi link between two LANs

    Scheduled Pinned Locked Moved Routing and Multi WAN
    4 Posts 2 Posters 1.1k Views
    Loading More Posts
    • Oldest to Newest
    • Newest to Oldest
    • Most Votes
    Reply
    • Reply as topic
    Log in to reply
    This topic has been deleted. Only users with topic management privileges can see it.
    • D Offline
      docwho76
      last edited by

      Myself and a neighbor are trying to setup a point to point wifi link between our two LAN's to allow ourselves to easily access each others Plex Media Servers and other network assets without having to go out via our WAN uplinks(constrained bandwidth). To do the PtP bridge we got two of the new Ubiquity Nanobeam M5-16 units which support being setup as either a transparent L2 bridgehttp://wiki.ubnt.com/BeansTalk_PtP_Layer-2_Bridge_Direct or as a L3 router.

      Currently I am trying to bench test this setup before installing the hardware(the hard part, or so I thought) and have the following setup:

      Internet–>[(WAN) pfsense 2.1.5 (LAN)]–->L2 Switch--->NanoBeam M5-16 #1--->wifi link--->NanoBeam M5-16 #2--->Macbook Pro(wifi turned off, Ethernet only)

      which I thought would be good enough to do some basic network bench testing, but I am running into routing issues and am not sure what my problem is. I have attached a diagram of what the  two networks should look like and how they are behaving. If anyone has some advice here that would be awesome, thanks!
      home-to-home-wifi-ptp.png
      home-to-home-wifi-ptp.png_thumb

      1 Reply Last reply Reply Quote 0
      • DerelictD Offline
        Derelict LAYER 8 Netgate
        last edited by

        First question: Why are you natting over the ubiquitis?

        I, personally, would not be comfortable with a setup like that.  I would want a firewall interface on which I could allow pass traffic to select destinations and deny everything else from the other site.

        I'd make OPT1, give it an IP address on 10.0.0.0/24 and bridge the ubiquitis.  The only static route necessary would be on the other router telling it to route 192.168.1.0/24 to your OPT1 address.

        With that you can control everything that ingresses your network.

        Chattanooga, Tennessee, USA
        A comprehensive network diagram is worth 10,000 words and 15 conference calls.
        DO NOT set a source address/port in a port forward or firewall rule unless you KNOW you need it!
        Do Not Chat For Help! NO_WAN_EGRESS(TM)

        1 Reply Last reply Reply Quote 0
        • DerelictD Offline
          Derelict LAYER 8 Netgate
          last edited by

          I might be tempted to do something like this…

          Instead of the complexity of the management VLAN you could also make OPT1 a larger network and give the ubiquitis an address on it.

          ![Ubiquiti Bridges.png](/public/imported_attachments/1/Ubiquiti Bridges.png)
          ![Ubiquiti Bridges.png_thumb](/public/imported_attachments/1/Ubiquiti Bridges.png_thumb)

          Chattanooga, Tennessee, USA
          A comprehensive network diagram is worth 10,000 words and 15 conference calls.
          DO NOT set a source address/port in a port forward or firewall rule unless you KNOW you need it!
          Do Not Chat For Help! NO_WAN_EGRESS(TM)

          1 Reply Last reply Reply Quote 0
          • D Offline
            docwho76
            last edited by

            Yeah, after dicking about in the BusyBox on the ubiquities and scratching my head over the routing nonsense I think I'm going to go with the approach you laid out. Its waaaaay simpler. Its just a little annoying since I've got the VLAN my LAN side port to make that happen. I'm planning to upgrade to a pfsense box with more than 3 physical NICs and when I do that I can just wire it up direct then.

            1 Reply Last reply Reply Quote 0
            • First post
              Last post
            Copyright 2025 Rubicon Communications LLC (Netgate). All rights reserved.