ChocolateFrostedSugarBombs @ ChocolateFrostedSugarBombs @lemmy.world

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Joined

1 yr. ago

Any idea how I could check? It doesn't say anything any that I'm my carrier account...

Fair. I think I had previously uninstalled Gemini when I first got my phone so maybe that's why the app isn't present? But the way that they are talking about it in the article, since Gemini seems to be replacing Assistant, maybe new settings will appear for me to mess around with...

It's rough...I still have another 13 months I think. But to the article, I don't have the options in my phone that they're talking about. Do you? Or has it just not rolled out to me yet?

I really really want to but I can't for another year because I'm still paying off my pixel. It's still carrier locked and I can't unlock it till it's paid off.

Ohhh that's interesting, I forgot about those DAC cables. Although I don't know if that would work in this case because the LAN ports in the Netgate are already RJ45 ports not a SFP port. Unless they make a DAC that is SFP+ on one side and RJ45 on the other...

Ah yeah I see. I didn't design the diagram to a specific layer but if I had to choose one after the fact I guess this would be Layer 1 honestly. I'm really just looking for the physical interconnection of devices and making sure I don't have a path out of the network that doesn't go through the Netgate.

But more specifically, I was looking for information on if the C1300 and the Netgate can communicate on the ports I've put in the diagram or if the mistmatch in speed ratings for the ports would be a problem. As well as if the SFP+ port on the C1300 can even be used as a connection like that. In their documentation, Cisco has an example of use for those ports as stacking ports to other switches. I'll only have the one and won't need to stack any other so I was looking to see if the SFP+ ports can be used for non-stacking purposes.

So the UPS I was looking at is here: https://www.microcenter.com/product/506629/apc-smart-connect-ups-(smc1500-2uc)

It lists VA, W, and V.

Yeah so that's kinda what I was getting at. If I put in three NUCs that pull 330 watts, that's 990 watts to the NUCs by itself. If the UPS can only provide 900 watts, then pulling more than that just wouldn't work right? The UPS would essentially discharge in seconds right?

I was looking at a ROG NUC like this one:

https://www.microcenter.com/product/683299/asus-rog-nuc-970-rn14srku9189aui-full-system-mini-pc_Hatchfeed

It states 330 watts under the power rating. And to be clear, this part of the build isn't going to happen for a while so I was just looking up some NUC examples. I was also looking at full 1U servers too.

But to the maximum ratings portion of your response. Even if 330 is the max, don't you want to base your predictions off of that to make sure it can handle things at max draw? Totally get that if you plan for less, chances are you won't ever hit 330 but you're banking on the possibility that you won't instead of planning for if you do?

Yeah that's kinda where I'm coming down too. They both also do IPv6 Multicast which I'll use briefly later on when I start setting up the Nutanix CE section of the build but I mean...they look so similar I may as well save the $45.

Yeah for sure. I used to build much larger servers for my job so I'm trying to design for the future. I know I have some checkboxes that I need to hit now but I want to make sure there's room for growth/change.

Oh hey this is great! And FOSS which I always appreciate. Thanks!

Firefly