![]() I have personally had best luck with the 3Com Etherlink series, 3C509C to be specific. Obtain an Ethernet controller like the NE2000-something that doesn't care too much about the extra lines on the 16-bit portion of the ISA bus. ![]() You can do serial connectivity, which is easy and well documented, or you can do the slightly less well documented but way funnier and more future-proof method. That's really really cool-definitely not the usual 5155 fare. I'm using an Edgerouter 12 with UniFi wireless access point (UAP-AC-LR) and a Cisco SG300-20 small business switch, but the ER12 also had its own 8-port built in switch, and I've also got an ultra cheap TP-Link 8-port switch ( TL-SG108E), as it was the absolute cheapest way for me to get a budget Gbps switch that supported advanced features that a truly managed switch would have, such as QoS, VLANs, port mirroring, LAG groups and such. We want to be able to continue controlling lights, locks and things remotely and/or with our voice, so the least I could do was try and restrict the en masse data collection.ĮDIT: What type of router are you using? Not sure who mentioned having a Meraki device. It's a constant trade-off to be able to utilize much of today's technology. I'm still learning too, so please keep in mind that I'm anything of an expert, but I enjoy tinkering and am trying to take our data privacy seriously. ![]() Please let us know how you make out, or if I was unclear in my ramblings above. I can't seem to find the blog post I was thinking of, but I learned a lot from this video, then you just have to translate specifics to your type of router and networking gear: Here's a great video to hopefully get you started. but that's up to you to decide what's best for your own network. I'm achieving these things by running Unbound with Pi-hole, as my own little in-house, recursive DNS servers, rather than using the typical upstream DNS, provided by either your ISP, or Cloudflare (1.1.1.1 & 1.0.0.1), Google (8.8.8.8 & 8.8.4.4) or Quad9 (9.9.9.9 & 149.112.112.112). That's a separate project which can be implemented on your router with some sNAT & dNAT rules which will invisibly redirect traffic to your chosen DNS servers, be it locally or upstream. I'd also encourage you to redirect DNS traffic for devices (such as the Google Home Minis), as they come with hard-coded DNS servers which will work around your Piholes, or other DNS blacklisting efforts. Using (redundant) Pi-hole(s) it's quite easy to see how much traffic is generated from a single Roku device, we're seeing 10+ thousand requests daily for various Roku logging servers, plus additional Google traffic related to various smart home speakers (Google Home Mini x4) and on and on it goes. I'm FAR from an expert, so my goal was to start simply and begin by getting this IoT traffic separated. Some folks with extensive labs and equipment get quite granular with their approach, potentially having separate VLANs for everything from storage (NFS, SMB, etc.) traffic to networking devices and servers. The most difficult part is planning out which devices go where and how to best segment services from one another. It's buying a Ferrari to drive your 4 kids to school. These big routers don't really solve most problems people have. These expensive routers are getting ridiculous.Įdit: I'm just saying guys, consider your options. Or even for very many people, but I am trying to show that we are able to get a gigabit PoE router with the same features, a small gigabit switch, and two access points for less than this thing. Obviously this requires a lot more work: you have to run cables (which includes measuring, cutting, and crimping cables, installing wall ports, running cable up walls and through your attic if youw ant to do it correctly), configure your router (at least a little bit),Īnd I'm not saying that this solution is for everyone. We got: 2 Wireless-N access points for different points in our house, a router with all of the same features (minus automatic DDNS, which you don't need your router to do), and more (gigabit) ports.Īnd we spent less. ![]() Have a bigger house? get another access point.Get a wireless access point! Now your wireless isn't stuck next to your modem/router! $63.67.If not, it's still nice to have and cheap. If you're running cable for access points, then you'll need this. A gigabit switch for mooooooooore ports (optional)!!! $25.A gigabit ethernet router without Wi-Fi and PoE $169.
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