• 2 Posts
  • 21 Comments
Joined 1 year ago
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Cake day: October 25th, 2023

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  • As somebody who has spent a ton of time messing with both 10/40/100GBe…

    https://static.xtremeownage.com/pages/Projects/40G-NAS/

    My advice-

    1. use Intel or Mellonax NICs when possible.
    2. 10GBase-T (RJ45 / Copper) runs REALLY hot, uses ~9 watts, and the modules are expensive. Use Fiber / DAC / AOC / Twinax when possible. Its cheaper, cooler, more efficient.
    3. Mikrotik switches are fine. Nothing fancy, but, they work. I have one in my 10G network.
    4. Cat6 is perfectly fine for 10G, I have 60 foot runs of it through my house.
    5. Make sure flow-control is enabled on your switches / NICs. Can make drastic differences.

    I PERSONALLY use a unifi aggregation switch as my layer 2 10G switch. With 6 of the 8 ports filled, it only draws around 8 watts of energy, and is completely silent. This- is quite fantastic.

    I also use a Unifi PRO switch, for 10G routing, which is also silent, and pretty efficient.

    Granted, these are a lot more expensive then mikrotik switches. Mikrotik can handle the job just fine.

    If noise/power isn’t a concern, pick up a brocade icx6610-48-p on ebay. The absolute beef-daddy of switches, for 100$. 16x 10G SFP+, 2x40G QSFP, 48x1G poe.


  • I just use basic DNS ad/scam/spam/etc-blocking, via technetium.

    I mostly relays on ublock/sponsorblock, as they are much more effective, and tend to “break” less of the internet.

    DNS block-lists tend to do a nuke-from-orbit approach, while not being nearly as effective as you would want. (For example- its not going to effectively hide most youtube ads, facebook ads, etc.), while ublock, is extremely effective at the task.




  • 12-2 is common… and has neutral. If your house did not have neutral, then either you are on a 240v circuit, where both legs are considered “HOT”, or otherwise, nothing would work.

    What you MEAN to say, is you don’t have neutral at your light-boxes.

    This, is because, way back when, the way to wire light fixtures- your main wire goes into the light-fixture. Then, you run a seperate 12/2 or 14/2 from the light-fixture, down to the switch, and this switches the “hot” leg.

    There are a few ways to address this.

    1. You can pull new 12/3 or 14/3 from your light fixture, down to the switch. I did this in a few key locations, when I put in z-wave switches. Generally doesn’t take that long.

    2. You can use a shelly hidden inside of the electrical box, above the light fixture. You would connect hot/neutral to it, and then, connect the 12/2 heading to the switch to the shelly as well. After this- you have an automated switch, which you can remotely control, as well as, you still have a physical wall switch. I did this in a few areas as well.