manawyrm

5 ms·

1.
by manawyrm 1y ago
+1, if your threat model is actually this severe, use physical hardware with physical interlocks and physical security mechanisms. Software/virtualization is just helpless against such a threat model.
2.
by manawyrm 1y ago
It's an AMD platform, so it's the native AMD HD Audio Controller (17h/19h/1ah), with a Realtek ALC245 codec behind it. I have no idea what other hardware is involved, presumably an external Class-D amplifier IC (but I do
3.
by manawyrm 1y ago
Awful, around 3h. It's a nice machine if you need x86 and graphics power. I'm still keeping my M1 Pro.
4.
by manawyrm 1y ago
> Is there any technical reason it couldn't be generic though? It includes 2 .wav files containing a measured, real-life calibration data for this specific laptop. If you measure your own device (and it's frequency/impulse
5.
by manawyrm 1y ago
Get familiar with REW and then maybe https://www.youtube.com/watch?v=5YcH7j2-L1Y and you should get pretty close results.
6.
by manawyrm 1y ago
REW can generate a set of peaking/shelf equalizer filters, but why would I want to do that instead of just applying the inverse impulse response instead? It's just more work for a less perfect solution/result...
7.
by manawyrm 1y ago
Exactly correct, that was my thought process while doing it. I tried it without that 300 Hz slope first of course, but that did try to murder my speakers. :)
8.
by manawyrm 2y ago
Same. I really didn't expect that (and thus didn't even test it at first).
9.
Running GTA Vice City on a TP-Link Router(kittenlabs.de)
63 points by manawyrm 3y ago|2 comments
10.
by manawyrm 5y ago
lol! The IP stack does not have forwarding support, but I guess you could implement some rudimentary loopback announcement support.
11.
by manawyrm 6y ago
Depends on what you want to do :) If you just want to read/write sectors of 512 bytes at a time, it's pretty easy to implement even on a simple MCU. There's a couple of registers which need to be set: https://wik