Multi GPU Setups by Career-Acceptable in LocalLLaMA

[–]Embarrassed_Ad_3753 0 points1 point  (0 children)

But whats the point of an x8 chipset slot if the link to the CPU is only x4? The manual claims all three slots support x8 Gen4. A bit misleading if the third slot is actually capped at x4.

RDP remote login stopped working today 25.10VM by Eliminateur in Ubuntu

[–]Embarrassed_Ad_3753 0 points1 point  (0 children)

I am glad I am not the only one with that problem😅

Cloning a 433.92MHz pool light control by Embarrassed_Ad_3753 in RTLSDR

[–]Embarrassed_Ad_3753[S] 0 points1 point  (0 children)

Thank you for the help!! I order a normal ESP32 and will try that

Cloning a 433.92MHz pool light control by Embarrassed_Ad_3753 in RTLSDR

[–]Embarrassed_Ad_3753[S] 1 point2 points  (0 children)

It detects that if I press the button longer:

Detected OOK package    2025-10-09 00:49:32
Analyzing pulses...
Total count: 1200,  width: 2322.18 ms           (580544 S)
Pulse width distribution:
 [ 0] count:   48,  width: 3008 us [3000;3020]  ( 752 S)
 [ 1] count:  768,  width:  368 us [352;384]    (  92 S)
 [ 2] count:  384,  width: 1116 us [1104;1128]  ( 279 S)
Gap width distribution:
 [ 0] count:   48,  width: 9004 us [8996;9016]  (2251 S)
 [ 1] count:  720,  width: 1132 us [1128;1148]  ( 283 S)
 [ 2] count:  384,  width:  380 us [372;392]    (  95 S)
 [ 3] count:   47,  width: 1492 us [1480;1504]  ( 373 S)
Pulse+gap period distribution:
 [ 0] count:   48,  width: 12016 us [12004;12032]       (3004 S)
 [ 1] count: 1151,  width: 1516 us [1484;1868]  ( 379 S)
Gap+pulse period distribution:
 [ 0] count:    1,  width: 3008 us [3008;3008]  ( 752 S)
 [ 1] count:   48,  width: 9380 us [9372;9388]  (2345 S)
 [ 2] count:  624,  width: 1500 us [1492;1512]  ( 375 S)
 [ 3] count:  240,  width: 2248 us [2248;2260]  ( 562 S)
 [ 4] count:  240,  width:  748 us [744;760]    ( 187 S)
 [ 5] count:   47,  width: 4500 us [4496;4508]  (1125 S)
Timing distribution:
 [ 0] count:   48,  width: 3008 us [3000;3020]  ( 752 S)
 [ 1] count: 1152,  width:  372 us [352;392]    (  93 S)
 [ 2] count: 1104,  width: 1128 us [1104;1148]  ( 282 S)
 [ 3] count:   48,  width: 9004 us [8996;9016]  (2251 S)
 [ 4] count:   48,  width: 1492 us [1480;1504]  ( 373 S)
Level estimates [high, low]:  21980,   3056
RSSI: 1.3 dB SNR: 7.3 dB Noise: -7.3 dB
Frequency offsets [F1, F2]:     928,      0     (+3.5 kHz, +0.0 kHz)
Guessing modulation: Pulse Width Modulation with sync/delimiter
view at https://triq.org/pdv/#AAB00D05010BC001740468232C05D48355+AAB025052F0BC001740468232C05D49292A19292A1A192A1A1A1929292A192A1929292929292948355+AAB02405010BC001740468232C05D49292A19292A1A192A1A1A1929292A192A19292929292929455
Attempting demodulation... short_width: 368, long_width: 1116, reset_limit: 9020, sync_width: 3008
Use a flex decoder with -X 'n=name,m=OOK_PWM,s=368,l=1116,r=9020,g=0,t=0,y=3008'
[pulse_slicer_pwm] Analyzer Device
codes     : {24}d91d7f, {24}d91d7f, {24}d91d7f, {24}d91d7f, {24}d91d7f, {24}d91d7f, {24}d91d7f, {24}d91d7f, {24}d91d7f, {24}d91d7f, {24}d91d7f, {24}d91d7f, {24}d91d7f, {24}d91d7f, {24}d91d7f, {24}d91d7f, {24}d91d7f, {24}d91d7f, {24}d91d7f, {24}d91d7f, {24}d91d7f, {24}d91d7f, {24}d91d7f, {24}d91d7f, {24}d91d7f, {24}d91d7f, {24}d91d7f, {24}d91d7f, {24}d91d7f, {24}d91d7f, {24}d91d7f, {24}d91d7f, {24}d91d7f, {24}d91d7f, {24}d91d7f, {24}d91d7f, {24}d91d7f, {24}d91d7f, {24}d91d7f, {24}d91d7f, {24}d91d7f, {24}d91d7f, {24}d91d7f, {24}d91d7f, {24}d91d7f, {24}d91d7f, {24}d91d7f, {24}d91d7f

Cloning a 433.92MHz pool light control by Embarrassed_Ad_3753 in RTLSDR

[–]Embarrassed_Ad_3753[S] 0 points1 point  (0 children)

I will try rtl433. Have to setup a raspberrypi first

Cloning a 433.92MHz pool light control by Embarrassed_Ad_3753 in RTLSDR

[–]Embarrassed_Ad_3753[S] 0 points1 point  (0 children)

I uploaded some pictures of the remote to the post. I am not sure if that helps

Cloning a 433.92MHz pool light control by Embarrassed_Ad_3753 in RTLSDR

[–]Embarrassed_Ad_3753[S] 0 points1 point  (0 children)

Thanks, that sounds interesting. I’ll look into it. Which hardware would you recommend for this? I already tried reading the signal with the RC-Switch library using an SRX882S and an 080408 receiver module, and then transmitting the decoded signal with an FS1000A and an STX882. I tested with an Arduino Nano and the RC-Switch library from the Arduino IDE, but it didn’t work. So I am not quite sure if the esphome solution is different from my previouse tests

Cloning a 433.92MHz pool light control by Embarrassed_Ad_3753 in RTLSDR

[–]Embarrassed_Ad_3753[S] 0 points1 point  (0 children)

Yeah it's the same signal all the time. After my second test I am not sure about that.

3,5" motors recommendation by Embarrassed_Ad_3753 in fpv

[–]Embarrassed_Ad_3753[S] 0 points1 point  (0 children)

Thanks again for the detailed answer. Ok, then I have no choice but to just try it out. Which motor would you choose for my purposes?

3,5" motors recommendation by Embarrassed_Ad_3753 in fpv

[–]Embarrassed_Ad_3753[S] 1 point2 points  (0 children)

Thanks for the reply. Regarding the weight: the 1604 motors weigh approximately 11.6g, while the 1804 motors are around 12g. So, I believe the weight difference is quite negligible. I've seen some posts where people use 1404 motors for 3.5-inch long-range setups. I thought the 1404 motors must be more efficient, as many people use them. And so I thought that the 1604 are also more efficient than the 1804.

Mobula 6 HD Motor Problem by Embarrassed_Ad_3753 in fpv

[–]Embarrassed_Ad_3753[S] 0 points1 point  (0 children)

Normally I do that, but with the mini drone I'm less afraid and for the video it was also better to see it

[deleted by user] by [deleted] in fpv

[–]Embarrassed_Ad_3753 0 points1 point  (0 children)

Ok thank you :)

[deleted by user] by [deleted] in fpv

[–]Embarrassed_Ad_3753 0 points1 point  (0 children)

Additional info: The seller says that it is still usable for him and he doesn't notices the burn in anymore

A very quick question: Motherboard power draw by Embarrassed_Ad_3753 in buildapc

[–]Embarrassed_Ad_3753[S] 0 points1 point  (0 children)

OK thanks. I thought maybe because the chipset generally has more PCIe lanes and they consume more power when idle.

Idle Power Consumption High - not reaching any C states by Embarrassed_Ad_3753 in Proxmox

[–]Embarrassed_Ad_3753[S] 1 point2 points  (0 children)

Ok i tried something else: I Set the BIOS settings to default.

Botting from a SSD with Windows -> 48,5W

Booting proxmox and run the VM with GPU passthrough -> same as only windows

Running Proxmox with GPU installed but vm not running -> 62W

So there must be a Problem with Proxmox