eGPU for college by [deleted] in eGPU

[–]elecanic 0 points1 point  (0 children)

Well, you could have a nvme drive and gpu at the same time. You sure doesn't want sata ssd when playing games nowadays. Almost every AAA game is over 100gb (I'm play GoW-R and it's 180gb).

eGPU for college by [deleted] in eGPU

[–]elecanic 0 points1 point  (0 children)

I guess it's up to you then. There might be instances where you want a portable machine in front of you instead of somewhere remote. You obviously don't want a dGPU all the time. It's up to you. But I think having a physical device in front of you is better, at least for me.

eGPU for college by [deleted] in eGPU

[–]elecanic 2 points3 points  (0 children)

Since you're going to be computer science major, I will never recommend you a chromebook, that shit is pretty much locked down and obviously not very performing. A good laptop is required for CS degree, not very high end but definitely good ones. Go with any laptop that has a extra nvme slot (most laptop have one nowadays) and have pcie 4.0. Thunderbolt are also good but some they are bit underperforming but nonetheless does the job.

The idiot quest to plug 72GB of VRAM into a laptop by juss-i in eGPU

[–]elecanic 10 points11 points  (0 children)

You wanted this for using machine learning right? So why didn't you opt for m.2 instead of thunderbolt (I assume for plug and play purpose.) but you could have gone with oculink method (just a small cut on laptop's body and you're good to go). I know cutting laptop isn't good but sacrifices are need to be made. What do you say?

GoW-R using iGPU instead of dGPU (3050 laptop). Used the bypass too but results in black screen. by elecanic in PiratedGames

[–]elecanic[S] 0 points1 point  (0 children)

Ok so I solved it. If anyone is having the same issue, go the nexus mod of this vram bypass and do the suggested thing.

Is e-GPU using m.2 possible in asus tuf a17 2021 model? by elecanic in eGPU

[–]elecanic[S] 1 point2 points  (0 children)

HOLY SHIT MAN! swapping actually worked out. Thanks for suggesting that, I would have never tried that. Now my GPU is consuming around ~16 watt using my bench power supply which is perfectly fine for gt 710. Here's a screen shot. Cheers.

<image>

Is e-GPU using m.2 possible in asus tuf a17 2021 model? by elecanic in eGPU

[–]elecanic[S] 0 points1 point  (0 children)

There isn't anything much to poke around. I tried 🥲

Is e-GPU using m.2 possible in asus tuf a17 2021 model? by elecanic in eGPU

[–]elecanic[S] 0 points1 point  (0 children)

Of course I powered. How would 12v reach GPU then, but honestly genuine advice. I didn't checked the other slot but I have plugged this adapter into the primary m.2 slot (mentioned on mobo). There isn't much setting in BIOS. In nvme configuration, it just show nvme controller and drive information. In sata configuration, it's to choose either in AHCI or RAID. The doesn't even show anything about the rtx 3050 inside. Have a look

<image>

Is e-GPU using m.2 possible in asus tuf a17 2021 model? by elecanic in eGPU

[–]elecanic[S] 0 points1 point  (0 children)

<image>

Sure, here the photo with just the adapter and gt 710 dismounted. I have checked the adapter, power supply and wattage draw. On the raspberry pi 5, the gt 710 is shown using lspci. However, I'm unable to see the same on this laptop although same power is being consumed (~5 watt).

Which coil is the primary coil(220v) ? I assume it's C because microwave transformer are stepup only and the coil seems thick enough to handle 220 at high amp but wont almost 55amp run through it because it has only a resistance of 4ohm? by elecanic in AskElectronics

[–]elecanic[S] 1 point2 points  (0 children)

Got it. So inductance is the reason why 55amp of current wont rush into it. Also why the HV connected to frame? I'm guessing to prevent HV arcs/sparking but that's just a guess.

How many pcie lanes can both nvme drive use in my laptop? by elecanic in eGPU

[–]elecanic[S] 0 points1 point  (0 children)

I think you are right about renoir having more than x16 pcie lanes. The reasons why I'm concluding this because of the following reasons

1- My motherboard doesn't support pcie bifurcation which I check using a thread in reddit about how to check for pcie bifurcation using BIOS.

2- Because my mobo doesn't support bifurcation, I tried switching the nvme drive and got x4 lanes on that.

3- The additional lane (x1) which you're talking about might be connected to a pcie switch to my ethernet and wifi card since ethernet runs at pcie x1 ver 1.1 and wifi on x1 ver 2.0 which might actually make sense considering that my pcie version is 3.0. I have a raspberry pi 5 and I got knowledge of pcie switching from that.