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.
No spelling mistake, just someone tired of getting pink eye
And what about his wife? Incontinenta Buttocks?
Isn’t the most famous honeymooner’s memes:
One of these days, Alice! BANG! ZOOM! Straight to the moon!
Not taking about rockets, he’s threatening to beat his wife
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
Would a 12g 3060 work?
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
What kind of crack were you smoking in the shower?
Had a keychron k10 for years that just died after a static shock when I touched it (during normal use).
Thinking about getting another, but haven’t decided on 100% or tkl