iHaunter
Member
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Seriously Sony, how hard can it be:
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Their engineers are a lot smarter than you.
And myself for that matter, so let's agree that they know what they're doing yes?
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Seriously Sony, how hard can it be:
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Painted it to better see what is what.
green - PCB
orange - heatsink/heatpipes
blue - main chip with housing
Basically chip is placed not on PCB but on heatplate that heatplate has miniheatpipes coming throught it on other side of pcb where lies heatsink with fins. center of chip is used to cool via heatplate and PCI lanes go around the rim of chip. Consoles don't need a lot of PCI lanes so it is perfectly reasonable that a lot of underside is without PCI lanes unlike something like PC chip. Then there is other heatsink which lies on top of housing with paste in traditional way.
neat design, but i doubt it would poliferate to PC as PC chips have massive amount of PCI lanes and there is simply no space for heatplate. With such setup you can cool chip from two sides which is especially important for 3D stacked chips.
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Now it seems more clear to me. That means with one fan they can cool all those components pretty evenly and effectively. I can see why Sony would go with a different cooling system..
You might need to be put through a table exactly like that gif for not knowing who they are.My apologies, but I'm drawing a complete blank. Can someone fill me in?
I believe PS5 will have the same PCI lanes as Ryzen 3. 16 to gpu, 4 to the integrated ssd and 4 to the rest+ssd expansion.
Btw is 1 also the heatsink? Dont seem like it. The heatsink is just 21. Not sure it is enough though.
I believe PS5 will have the same PCI lanes as Ryzen 3. 16 to gpu, 4 to the integrated ssd and 4 to the rest+ssd expansion.
Btw is 1 also the heatsink? Dont seem like it. The heatsink is just 21. Not sure it is enough though.
Great Post. Maybe O onQ123 can add it to op ?Painted it to better see what is what.
green - PCB
orange - heatsink/heatpipes
blue - main chip with housing
Basically chip is placed not on PCB but on heatplate that heatplate has miniheatpipes coming throught it on other side of pcb where lies heatsink with fins. center of chip is used to cool via heatplate and PCI lanes go around the rim of chip. Consoles don't need a lot of PCI lanes so it is perfectly reasonable that a lot of underside is without PCI lanes unlike something like PC chip. Then there is other heatsink which lies on top of housing with paste in traditional way.
neat design, but i doubt it would poliferate to PC as PC chips have massive amount of PCI lanes and there is simply no space for heatplate. With such setup you can cool chip from two sides which is especially important for 3D stacked chips.
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I believe PS5 will have the same PCI lanes as Ryzen 3. 16 to gpu, 4 to the integrated ssd and 4 to the rest+ssd expansion.
Btw is 1 also the heatsink? Dont seem like it. The heatsink is just 21. Not sure it is enough though.
[0019] This structure of the electronic equipment 1 eliminates the need for a space for a heat radiating apparatus on the upper side of the integrated circuit apparatus 5 as illustrated in FIG. 1, thus making it possible to dispose another component 9 (e.g., a transmission/reception module with an antenna and so on, a sensor, an external storage apparatus) of the electronic equipment 1 on the upper side of the integrated circuit apparatus 5 and ensuring a higher degree of freedom in laying out the component 9. In the example of the electronic equipment 1, the component 9 is disposed on the opposite side of the heatsink 21 with the circuit board 10 and the integrated circuit apparatus 5 provided therebetween. That is, the component 9 is disposed close to the upper side of the integrated circuit apparatus 5. Specifically, a distance L1 between the component 9 and the integrated circuit apparatus 5 is smaller than a height H1 of the heatsink 21. Unlike the example of the electronic equipment 1, another heat radiating apparatus may be provided on the upper surface of the integrated circuit apparatus 5. As a result, two heat radiating apparatuses are provided on the integrated circuit apparatus 5, thus providing improved cooling performance.
PS5 making all kinds of gains!
That thing must be running hot as hell on the devkit front!
Just going to pretend I understand how impressive that is
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If the other chips are closer to the main chip the data will be closer to the chip & use less power to move the data around & you will get better performance.
Painted it to better see what is what.
green - PCB
orange - heatsink/heatpipes
blue - main chip with housing
Basically chip is placed not on PCB but on heatplate that heatplate has miniheatpipes coming throught it on other side of pcb where lies heatsink with fins. center of chip is used to cool via heatplate and PCI lanes go around the rim of chip. Consoles don't need a lot of PCI lanes so it is perfectly reasonable that a lot of underside is without PCI lanes unlike something like PC chip. Then there is other heatsink which lies on top of housing with paste in traditional way.
neat design, but i doubt it would poliferate to PC as PC chips have massive amount of PCI lanes and there is simply no space for heatplate. With such setup you can cool chip from two sides which is especially important for 3D stacked chips.
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[0019] This structure of the electronic equipment 1 eliminates the need for a space for a heat radiating apparatus on the upper side of the integrated circuit apparatus 5 as illustrated in FIG. 1, thus making it possible to dispose another component 9 (e.g., a transmission/reception module with an antenna and so on, a sensor, an external storage apparatus) of the electronic equipment 1 on the upper side of the integrated circuit apparatus 5 and ensuring a higher degree of freedom in laying out the component 9. In the example of the electronic equipment 1, the component 9 is disposed on the opposite side of the heatsink 21 with the circuit board 10 and the integrated circuit apparatus 5 provided therebetween. That is, the component 9 is disposed close to the upper side of the integrated circuit apparatus 5. Specifically, a distance L1 between the component 9 and the integrated circuit apparatus 5 is smaller than a height H1 of the heatsink 21. Unlike the example of the electronic equipment 1, another heat radiating apparatus may be provided on the upper surface of the integrated circuit apparatus 5. As a result, two heat radiating apparatuses are provided on the integrated circuit apparatus 5, thus providing improved cooling performance.
The image is most likely not to scale 1:1, but based on this image the PS5 is going to be a slim console, where only the BDrom will eat up most of the thinkness.
Add a fan 25mm on top of the heatsink and it seems well below, within the 10cm mark? A similar approach like with the PS2 case. Rather small upper part with a fat booty due heatsink, fan and 4K Drive.
Nice but you should probably use the updated image where it's a 9 instead of 1 , it's basically another board with the Wifi chip & SSD on it & able to have another heatsink on top of it
Their engineers are a lot smarter than you.
And my for that matter, so let's agree that they know what they're doing yes?
Correct me, but this patent is because Sony wants to keep the device thin.
Using one heatsink to cool 2 IC on opposite sides of the pcb. They drilled a hole somewhere in the middle and connect heatpipes to the main heatsink. You know something like them bugs bunny cartoon, where he drilled throug the globe and reach the other side of the world.
Doesnt feels it can keep the 2.13ghz cool though.
We Sony fans like to refer to the above maneuver as a "pirouette". We're fancy.From what I can tell, Sony fans will spin at a consistent velocity, perhaps with a small delta for ambient differences. That’s what their consistent power delivery aims to solve.
Could be wrong, happy to be enlightened.
I say, get me out of these wet clothes and into a dry Martini.We Sony fans like to refer to the above maneuver as a "pirouette". We're fancy.
There is a drawing of it in the patent, but is is a designer drawing, so not clear for the most of us.No picture in the patent?![]()
The chip is directly soldered to the PCB. BGA with center land for heat dissipation.Painted it to better see what is what.
green - PCB
orange - heatsink/heatpipes
blue - main chip with housing
Basically chip is placed not on PCB but on heatplate that heatplate has miniheatpipes coming throught it on other side of pcb where lies heatsink with fins. center of chip is used to cool via heatplate and PCI lanes go around the rim of chip. Consoles don't need a lot of PCI lanes so it is perfectly reasonable that a lot of underside is without PCI lanes unlike something like PC chip. Then there is other heatsink which lies on top of housing with paste in traditional way.
neat design, but i doubt it would poliferate to PC as PC chips have massive amount of PCI lanes and there is simply no space for heatplate. With such setup you can cool chip from two sides which is especially important for 3D stacked chips.
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The chip is directly soldered to the PCB. BGA with center land for heat dissipation.
is this over complicating something that doesn't need over complicating? why are traditional cooling methods not good enough for this?
is it running to hot that traditional cooling methods won't work?Yes and no. It is soldnered at outer rims to PCB but central part is soldnered to heatplate. Otherwise heatpipes wouldn't work correctly.
Because it runs hot.
Maybe it does or maybe Cerny wanted have heat controlled by voltage and this was the best way to accommodate that? I really dont know or have insight im just speculating.is it running to hot that traditional cooling methods won't work?
Just seems a bit strange, wonder if it will be super quiet this way as we know ps4 was super loud at timesMaybe it does or maybe Cerny wanted have heat controlled by voltage and this was the best way to accommodate that? I really dont know or have insight im just speculating.
Yea ps5Ehm sorry for asking the obvious, but this is for the ps5 right?!
You take posts way too seriously... They don't have to reinvent the wheel, like it seems they are doing, just put a big heatsink on top of the APU, big fan that will move the air, put some decent vents on the case, monitor the APU's temperature, and there you go, a simple, cheap and efficient cooling.
Painted it to better see what is what.
green - PCB
orange - heatsink/heatpipes
blue - main chip with housing
Basically chip is placed not on PCB but on heatplate that heatplate has miniheatpipes coming throught it on other side of pcb where lies heatsink with fins. center of chip is used to cool via heatplate and PCI lanes go around the rim of chip. Consoles don't need a lot of PCI lanes so it is perfectly reasonable that a lot of underside is without PCI lanes unlike something like PC chip. Then there is other heatsink which lies on top of housing with paste in traditional way.
neat design, but i doubt it would poliferate to PC as PC chips have massive amount of PCI lanes and there is simply no space for heatplate. With such setup you can cool chip from two sides which is especially important for 3D stacked chips.
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is it running to hot that traditional cooling methods won't work?
Are you retarded?Do you have a problem with reading? because no one said anything about 3 GPUs
If humanity wasn't constantly reinventing and improving things we would still be riding horses instead of driving cars. Is that what you want?You take posts way too seriously... They don't have to reinvent the wheel, like it seems they are doing, just put a big heatsink on top of the APU, big fan that will move the air, put some decent vents on the case, monitor the APU's temperature, and there you go, a simple, cheap and efficient cooling.
I wounder if the stacked chip is the onboard RAM?
well it would be cheaper to be traditional wouldn't itThank you for this colored version.
Do you want traditional cooling methods? If so why?