That’s the kind of weird shit I’ve sorta come to expect from LL but people referring to economy as peasant class is kind of wild even for this kinda community haha
grow a plant, hug your dog, lift heavy, eat healthy, be a nerd, play a game and help each other out
That’s the kind of weird shit I’ve sorta come to expect from LL but people referring to economy as peasant class is kind of wild even for this kinda community haha
wait people write shit like this on LinkedIn?
I feel attacked.
Absolutely. They’ve been getting really popular in wearables (particularly from Chinese brands).
Several SBC vendors are including rv clusters in ARM based SoCs (which I believe is partially related to what you mentioned) for development purposes.
I even have a little rv powered ssoldering iron 😊
same for AMD graphics since 2019. I wouldn’t be surprised if Intel were doing the same with Arc too, though I haven’t looked into that yet.
yeah it’s great to be in a community that has little tolerance for basic tossers
can we not link to this prolific dickhead
Really appreciate the insight
I didn’t realise there were keyword filters. Thanks!
I suppose some instances cut others off as well (I see only 6 total) so you have a fair point
And despite that, if was still newsworthy enough to be posted like 6 times in total 😅
I see. You can temporarily edit your grub before the OS loads. This should afford you the opportunity to boot into the system without EDID modifications, though im not sure if your modified EDID will still load under this scenario. If so, you may need to switch into a CLI session to undo your changes.
I’m sorry to hear that. Does this system only have access to this single display? Did you use a kernel command to modify your EDID? If so, are you able to temporarily modify your grub before booting into the OS?
Archwiki references a [@<refresh>]
(presumably denoted as [@144]
for something like 144Hz) property, hopefully that’s all you should need to define, though I’m not sure if you’ll need to manually recalculate vertical and horz timings or something.
Maybe this can help fill in any gaps
You want to look into modifying your display EDID.
I don’t believe there’s a GUI for this on Linux but this post referencing the Archwiki might come in handy
https://foosel.net/til/how-to-override-the-edid-data-of-a-monitor-under-linux/
I’m aware, I used to use adaway several years ago.
I had the same feelings as you, in that I needed to have system-wide ad blocking, but I revaluated that requirement a couple years ago and realised that I don’t use any apps featuring banner ads and such.
Several of my apps will just fall back to system webview and Firefox (+uBo) will power that too.
That’s fine bubs, we can try for something like 3600 CL18, maybe hit 3800 at the same CAS latency?
The neat thing about the X3D parts is that higher frequency, low latency memory is less critical to application performance. I think you’ll be fine perf wise if you scale back a bit.
No problem bubs.
I think a reasonable assumption to make is that silicon quality improves as a process matures; a later batch Vermeer X CPU (like the 58/5700 X3D) may perform in some ways above and beyond it’s original spec.
With that said, I feel it’s unlikely to reach your kit’s profile (anything north of 1900 running stable on the fclk for an am4 chiplet CPU is practically unheard of) but I’d be interested in how the testing goes, since I’ve not tried to tune on a new AM4 system in some time now.
If you’re able to identify the exact memory ICs in your kit, you may have some better expectations; f what primary and secondary timings would work best. The only way I’ve been able to do this in the past is by looking up the memory kit part model or using janky, windows specific software called thaiphoon burner (which isn’t always accurate in any case).
they look so angy 😊