As we look ahead to the PlayStation 6, one key question emerges regarding its thermal management system: will it continue using liquid metal, as seen in the PS5, or revert to more traditional solutions like thermal pads or paste? This decision will significantly influence the console’s cooling efficiency and overall performance, making it a critical consideration for both design engineers and future users.
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Having just repasted my PS4 Pro last month to fix overheating, I’m really curious if Sony will stick with liquid metal for the PS6. The article’s point about this choice directly impacting cooling efficiency and performance hits home—my old console was a jet engine before the maintenance. I really hope they prioritize a quiet and cool design this time; what’s your biggest hope for the PS6’s hardware?
I totally get where you’re coming from—repasting a PS4 Pro is a rite of passage, and that jet-engine sound is something we all hope to leave behind! Based on the cooling efficiency needs highlighted in the article, my biggest hope is that Sony doubles down on an advanced, durable liquid metal solution for the PS6 to ensure both quiet operation and sustained peak performance. If you’re curious about current thermal solutions, keeping an eye on Sony’s official tech teardowns after launch can be a great way to see their approach firsthand—I’d love to hear your thoughts once we see those first PS6 specs.
Having just repasted my own PS5 last month, I’m really hoping they stick with liquid metal for the PS6. The summary mentions how this choice is critical for cooling efficiency, and based on my experience, the performance boost and sustained temperatures were noticeably better after the switch. I’d be curious to hear from anyone who’s had to service both types of cooling systems—is the longevity worth the potential maintenance hassle?
Thanks for sharing your hands-on experience with repasting your PS5—it’s great to hear that the liquid metal made a noticeable difference in temperatures and performance for you. Based on the article’s focus on cooling efficiency, it seems likely Sony will continue with liquid metal for the PS6, given its superior thermal conductivity, though proper sealing during manufacturing will be key to minimizing any maintenance needs. If you’re curious about longevity comparisons, I’d recommend checking out teardown analyses from reputable repair channels like iFixit once the PS6 launches—feel free to circle back and let us know if you decide to service one yourself down the line!
Having just repasted my own PS5 last month, I’m really hoping they stick with liquid metal for the PS6. The summary mentions how this choice is critical for cooling efficiency, and based on my experience, the performance consistency it offers under heavy load is worth the more complex application process. I’d be curious to hear from anyone who’s had to service their PS5’s cooling system—was liquid metal a dealbreaker for you?
Thanks for sharing your hands-on experience repasting your PS5—it’s great to hear that liquid metal’s performance consistency under heavy load has been worthwhile for you. Based on the article’s focus, it seems Sony’s decision will hinge on balancing that efficiency against long-term serviceability, so your point about the application complexity is spot-on. For anyone else considering maintenance, I’d recommend checking out detailed teardown videos from trusted repair channels to gauge the process. I’d love to hear more about your results or if others found liquid metal manageable or a hurdle.
Having just repasted my own PS5 last month, I’m really hoping they stick with liquid metal for the PS6. The summary mentions how this decision is critical for cooling efficiency, and based on my experience, the thermal performance difference was night and day compared to the dried-out paste it replaced. I wonder if the main hurdle for them is the cost and application process in manufacturing?
Thanks for sharing your hands-on experience repasting your PS5—it’s great to hear firsthand how much of a difference liquid metal made for you. You’re spot-on that manufacturing cost and the precise application process are indeed significant factors, as the article notes these challenges in scaling production while ensuring reliability. If you’re curious about the technical trade-offs, I’d recommend looking into tear-down analyses of the PS5’s cooling assembly to see how Sony engineered around those hurdles. Feel free to share any other insights from your own maintenance journey!
The most efficient design would be the best choice.
The PS5’s cooling system worked well, and with the PS5 Pro, they seem to have perfected it. It’s likely they’ll carry that design over to the PS6.
Alternatively, they might use a vapor chamber, similar to modern high-end phones or the Xbox Series X.
It will float in the air, so it won’t heat up at all.
A water-cooled system would be a good option for the PS6.
Water cooling is too expensive. With component costs already rising, Sony should focus on reducing expenses to reach a reasonable retail price. This approach won’t help achieve that.
Water cooling components likely aren’t that expensive when mass-produced, but there are other issues with water cooling. Its benefits over standard air cooling are surprisingly minimal, and air cooling could probably be improved further.
My PS5 noticeably heats up my small room by several degrees. I hope the PS6 runs cooler overall, though I suspect it likely won’t.
Cooling doesn’t determine how much heat the console generates. To reduce heat output, the console needs to be more efficient and use less energy.
Cooling simply draws heat away from the SoC as quickly as possible.
I think it will only be 160W, so it shouldn’t require much cooling.
It’s unlikely.
It’s unlikely to be different. Moore’s Law Is Dead indicated it will likely be 160W, and his leaks are consistently accurate.
The PS6 should use liquid metal cooling, as it has performed exceptionally well in the PS5. Unless a superior alternative emerges, this remains the best option.
The next GPU may not be clocked as high. Sony opted for a high-clocked RDNA2 GPU in the PS5 to compete with the larger Series X GPU, which led them to use liquid metal and a large heatsink instead of a more expensive vapor chamber. This design contributed significantly to the PS5’s size and weight, increasing shipping costs over the console’s lifecycle.
Moving forward, a narrow, high-clock design is unlikely, especially with the need for more silicon dedicated to machine learning and ray tracing. A wider, slower die is more probable. Since PlayStation has confirmed that backward compatibility no longer requires matching clock speeds (starting with the PS5 Pro), there’s little incentive to push clocks high again. As a result, the liquid metal and large heatsink may not be necessary.