does someone here know an unusual amount about USB3 superspeed (5gpbs), maybe even DWC3, whose brain i could pick for a bit? i'm trying to establish a way to pinpoint on which technical layer some issues happen. i.e. SI/analog, PHY, SoC bus/QoS, xhci driver quirks...
this feels astonishingly well done for a browser game (and it works fine in firefox on my rk3588 mnt stuff)
"warp" (or "wormhole-rs") on linux/gnome + "wormhole" on android = quick file/photo transfer bliss
anyone has time for and would be up for hacking the pocket reform panel data into this (to get EDK2 going for pocket reform rk3588)? for display v2, the init seq can be copied from here: and timings from here:
this might be damaging to my character image, but i have to admit that i did watch the meta demo fail video and it was schadenfreude and fascination that i felt
quick breakfast at café düttmann image
ok, here we go, one qualcomm processor module for MNT Reform/Pocket/Next fully routed. tomorrow polishing/checks/silkscreen etc... and then: will it power on? :D
i'm looking for a KiCAD EE freelancer who is skilled and well organized (meaning: can finish pcb projects so they are orderable without much nagging from my side (not necessarily with BOM fully picked though)) to offload some of my projects (sometimes partial or redoing something i did, but better) from time to time. all of our (mntre.com) stuff is CERN OHL. anyone interested? write me a DM #getfedihired #kicad
i just heard on IRC that an MNT Pocket Reform survived a 1.8m fall from a train overhead compartment. also the train was not damaged
finally evaluating @npub1ncyt...3x0q Plasma desktop for MNT Pocket Reform (with external secondary dell 1440p monitor + mouse + keyboard) and taking notes. it'll need some little tweaks before we can ship it as a default, but so far it feels pretty fantastic. love the configurability and the attention to detail everywhere image