8uhbbhu8

(Reposted from the TechQuickie thread)
 
Max: @dennisliao, honey, come to bed. Those Cherry MX Blue (TM) keyboard switches are keeping me up, and I've got to get up early.
Dennis: Not yet.... I'm still in the middle of my Twitch stream. Just two more hours...
Max: <throws pillows at Dennis>
Dennis: Ow! No!!!!! You made me lose my match!
Max: I want a divorce. You can sleep on the couch with your waifu pillow.
 
And so Max left LMG, Vancouver, and all of Canada to get her groove back in Croatia.
 
Fin.
 
 

whipped this up from the last wan show

LinusAbyssTips is brought to you by Our Unholy Lord Cthulhu!

But i feel like it would give me the same results... it honestly might be the dual gpu thing. however Dell did put the gtx 690 into their list of supported graphics cards.

Probably just doesn't support dual GPU cards, you could try buying a 7990 and seeing what it does with that.

A stock 750ti already uses about 75W peak.
The 6 pin is required for overclocking in order to not exceed the PCIe specification and light your motherboard on fire like some AMD cards did.

750ti HOF: Not impressed

Pulling a car with a cow in a harness would also 'work'... But that whole 'Internal Combustion Engine' business would be a lot less dumb.

If you opposed the Nvidia GPP (geforce partner program), click this link is to file complaints with the FTC. follow it and make yourself heard.
 
Given the recent polling results i saw (84% against GPP) i feel this is appropriate.
 
https://www.ftccomplaintassistant.gov/#crnt

Y bother ?
 
Microsoft browsers always failed there always been better options
 
just use chrome or firefox

In manufacturing, they have dedicated stencil that the solder paste is dispensed through by machine, giving a very repeatable and even result.
 
The parts are placed by very expensive pick n place machines that scan each part to make sure it'll place it properly
 
When it comes to soldering, they go through a reflow oven which heats the whole board, not just the BGA part, which reduces thermal strains on the PCB.
 
The pads are also very clean when they're new, usually gold plated. Solder loves to stick to a nice clean surface of gold.

You should just use the R5 2400G APU

i would replace the ryzen 5 and 7 with the ryzen 5 2400g since neither of those cpu's have an igpu which you'll need to display stuff to the screen at all and its pretty solid for a 65w cpu (the 2200g would be easier to cool though due to its lower clock speed since you said in a tight spot, i don't know the temp difference by heart)
 
 
https://www.newegg.com/Product/Product.aspx?Item=9SIA1UH73F4052&cm_mmc=CNETfindManufactureUS
 
https://www.newegg.com/Product/Product.aspx?Item=N82E16819113481

No, because the forum is the legacy version the permissions only carry one way. Going forwards, everything posted on the forum should also be posted on the new site though.

My solutions to 1, 2 and 4 are
fun sumpairs (a::b::t) = (a+b) :: sumpairs(t) | sumpairs (l) = l fun group(a::b::t) = if a=b then let val (result, remainder) = group(b::t) in (a::result, remainder) end else ([a], b::t) | group(l) = (l, []) fun groupdupes([]) = [] | groupdupes(l) = let val (e, r) = group(l) in e::groupdupes(r) end fun bitwise_and(0, 0) = [] | bitwise_and(x, y) = bitwise_and(x div 2, y div 2) @ [if x mod 2 = 1 andalso y mod 2 = 1 then 1 else 0] the bitwise_and function doesn't left pad it with 0s. I've made another (less elegant) version that does though
fun bitwise_and(x, y) = let fun pad(l, 0) = l | pad(l, n) = pad(0::l, n-1) fun bwa_aux(0, 0, acc, depth) = pad(acc, 8-depth) | bwa_aux(x, y, acc, depth) = let val updated_acc = (if x mod 2 = 1 andalso y mod 2 = 1 then 1 else 0)::acc in bwa_aux(x div 2, y div 2, updated_acc, depth + 1) end in bwa_aux(x, y, [], 0) end  

He probably dind't read the post and just thought you wanted to people to make this for you.

"Under no circumstances are you allowed to copy code from the Internet to solve these problems"

It would be best to separate the CPU and GPU via a screen while enabling air to flow over both sides of the GPU to prevent heat accumulation due to the loss of CPU fan airflow.

If you're getting failures on the payment page, this means your method of payment is being declined by PIA's merchant account. This could be because it's an unsupported payment card, or your bank is flagging the transaction as suspicious, so you'll want to call up your credit card company or whomever your payment issuer is and ask them why it's being declined. PLEASE DO NOT SHARE YOUR DETAILS OF PAYMENT HERE however, are you using a Credit Card to pay, or something like a Prepaid Visa / MC to pay? Or how are you trying to pay, and what error are you getting?

You need to dissipate the heat from the room, not from the computer -- so you need a fan/ac for your room, you need to put the computer outside of your room, or you can downclock everything.

The better the "cooling" and airflow in your PC, the more it will heat up the room. Technically, your PC isn't actually being cooled, heat is just being dissipated and moved away from components, then out of the case into the room. The better your cooling system is at disappointing heat, the higher the percentage of heat generated by components is moved from the components into the air of your room.

Your system creates heat the heat gets transferred to the air and thus warms up your room so it's normal, those system temps are all reasonable with nothing to worry about.

You're dumping 300w~ of heat into your room, so it makes perfect sense that your room would get hotter (how much hotter will depend on the physical size of the room, the airflow in and out of the room, and the strength of the cooling solution for your room).
 
Also it doesn't matter if the computer is getting good airflow or not or if the components are running cool, either way it's dumping the same 150-300w~ (depending on load) of heat into the room.

Let’s find out what they have to say:
 
@FBI your time to shine