| 6 Mar 2024 |
hexa | USB/HDMI towards the target machine, USB towards your own | 12:16:58 |
hexa | and then have a window in on my desktop for the target machine with display/input passthrough | 12:17:20 |
hexa | * and then have a window on my desktop for the target machine with display/input passthrough | 12:17:26 |
@linus:schreibt.jetzt | that would be pretty great | 12:20:04 |
hexa | also much more stateless than a PiKVM | 12:20:44 |
@linus:schreibt.jetzt | expose some spare GPIOs as suggested in the replies for power control, add USBIP, and bang you have a BMC :D | 12:20:47 |
hexa | * also much more stateless and ad hoc than a PiKVM | 12:20:49 |
hexa | USBIP 👻 | 12:21:08 |
@linus:schreibt.jetzt | :p | 12:21:19 |
hexa | PiKVM exists for that use case, but it is somewhat expensive | 12:21:31 |
@linus:schreibt.jetzt | yeah plus it's a raspberry pi :x | 12:22:31 |
hexa | yeah, but once you want network you kinda need a network stack and linux is kinda good at that kind of thing | 12:23:07 |
hexa | while this runs with an STM32 | 12:23:30 |
@linus:schreibt.jetzt | fair | 12:23:53 |
@linus:schreibt.jetzt | but what if... ESP? | 12:24:09 |
adamcstephens | I am definitely interested in this :) | 12:24:16 |
@linus:schreibt.jetzt | ESP32 can do ethernet, right? | 12:24:26 |
hexa | then most likely WLAN | 12:24:27 |
hexa | and can it stream 1080p25? | 12:24:33 |
hexa | it can | 12:24:59 |
hexa | the nice thing about HDMI on one end and USB on the other is that it does not exhibit bandwidth problems 🙂 | 12:25:36 |
hexa | https://static.klayers.net/kl_pdf/MS2109-MacroSilicon_KL-014-0010910.pdf | 12:28:34 |
hexa | up to 2160p30 | 12:28:38 |
hexa | * up to 2160p30 in | 12:29:39 |
hexa | up to 1080p30 out | 12:29:44 |
| Nigel joined the room. | 23:35:26 |
| 7 Mar 2024 |
adamcstephens | https://blog.gitea.com/gitea-enterprise/ | 23:34:50 |
hexa | Team forgejo! | 23:49:30 |
raitobezarius | thx for supporting my country | 23:49:40 |
hexa | Wait, what? | 23:49:52 |