

Air, water, AIO, whatever. If it cools well, use it. I just prefer AIOs and there really isn’t any maintenance, was my main point. There are always tradeoffs between AIO, air or a proper water rig, so there is that. (Fans are crazy quiet these days, but when I made the switch, it was mainly for noise. I always run an overclock, so my fans were always hauling ass which probably isn’t needed now.)
Ultimately, I prefer AIOs for the way airflow is managed. It’s not better or worse than air in many instances, but I like working with a radiator rather than a chonky heatsink.
I cannot disagree though: zero maintenance is better than maybe-maintenance. Like I said, it’s about tradeoffs. (I can still make my PC sound like a fucking jet engine, though. Noctua server fans kick ass.)













Harmonic frequencies are more likely to be an issue.
If you have an antenna transmitting at 2.4ghz, you will also see subharmonic bumps at 1.2ghz, 800mhz, etc. A receiver at 800mhz could potentially get “washed out”, or overpowered, by a 2.4ghz transmitter that is too close simply because of subharmonics.
Transmitters aren’t perfect either. While you can get really strong transmissions at very specific frequencies that can propagate really far, electronics resonate at many frequencies and that resonance will make it to a TX antenna as noise.
Unless the antennas are designed to work together, you shouldn’t put them that close together. (I am also speculating that in extreme cases, a weird configuration like that could detune the transmitter antenna in a such a way that it would blow out the transmission circuit. I dunno about that though.)