Yeah a cheap switch probably wouldn’t cut it. You’d need a more expensive managed switch to do segregated vlans, which would balloon the budget.
Not sure on veth segregation, but you could probably try with equipment you already have (onboard nic w/ veths > unmanaged gbit switch)
I’ve been looking at the open banana pi router since it has openwrt (debian/Ubuntu too). I think I’m going to wait and hope they put more multi-gig ports on next one tho.
You can probably use it, but you will not get full throughput on all the ports at the same time. 3.5/6 max real world.
My advice, get a cheap pcie4 10g nic and a 10g switch with multiple ports, but idk what you’re trying to do.
I think you’re missing the point of a riser. I’d the motherboard only has a 3.0x1 port, plugging in an x16 riser means it’ll still only be x1 electrically, but it can physically fit larger cards. If the back of the slot is open already there not much point of using a riser since you can physically fit larger cards already.
Pcie 2.0x1 would have a theoretical max of 4gbit/s so it would probably only handle 3.5 gigabit of connections simultaneously.
And what about his wife? Incontinenta Buttocks?
iirc anything after 802.11ac doesn’t allow AP mode on client devices. Something about not being able to scan for restricted channels in 5/6ghz
Obligatory: not mine just pulled from Google images. Looks like morning brew logo in the corner
I’ve also heard 127.0.0.1 referred to as Home, so maybe he kicked another kid out of his house?
If I understand correctly, it’s nat on the local home router AND nat on the ISP’s router as well. It’s a double nat.
They’re fairly common in the US with smaller or local fiber networks, but most ISPs offer a static IP for an additional $10/month to bypass the CGNAT
Lol by the time I actually needed to upgrade from that mini, all the fruit stand stuff wasn’t really upgradable anymore. It was really frustrating, so I jumped ship to Windows.
Those iMac screens seemed so fiddley to remove just to get access to the drives. Why won’t they just bolt them in instead of using glue! (I know why, but I still don’t like it)
Lol, I used to have an 08 Mac mini and that required a razor blade and putty knives to open. I got pretty good at it after separately upgrading the RAM adding an SSD and swapping out the cpu for the most powerful option that Apple didn’t even offer
Yes, it’s the OS for their custom KVM board. Released open source so it can be inspected or altered by the users of their board
It’s a touchscreen for a smart watch that they reused to save money. Would have been more expensive to design a custom screen when something like this already exists
Heh, I did something similar for my dad. He went from 2x core2quad 24gb DDR2 to a 12th Gen i5 with 32gb ddr5. Something like triple the compute power, at under $500 when he paid ~$5k for the original
I didn’t realize that, and it looks like you’re right, that could be a good deal
I think the 3rd Gen epic and threadripper were the first ones with pcie gen4. You might want to look at something a little newer if you’re wanting to get 10 years out of it. I’m personally looking at trx50 and a 7960x, but still saving up for that $1300 processor
Sounds like it may be time to consider threadripper, combined with an Intel arc/battlemage GPU, if you want more pcie lanes and quicksync
How is it diagnosed post mortem? Does a human being have to pull the brain out and look through a magnifying glass?