It appears that Apple is looking to roll out its vapour chamber cooling tech to additional high-end iPhone models in the upcoming years, per a recent leak. The most recent leak claims that Apple has dramatically upped the number of orders of the vapour chamber cooling parts, sparking speculations that the tech may also find its way into Apple’s rumoured foldable iPhone model and 20th anniversary iPhone models.Although there has been no confirmation from Apple regarding these devices, the leak further adds to the growing rumours that thermal management is going to be an important factor in future iPhones, with the incorporation of advanced chipset technology.About The AuthorJournalist and a writer with a strong interest in news, culture, technology, and human-interest stories. Passionate about making complex topics accessible and engaging.Leak points to larger vapour chamber ordersAs noted in a Weibo tip from a leaker called Fixed Focus Digital, Apple has ramped up the purchase of vapor chambers cooling plates. While the source did not provide details on the manufacturing volume, it implied that these extra parts are required for Apple’s future flagship devices instead of its current models.These future devices include Apple’s foldable iPhone and the firm’s 20th-anniversary iPhone - both of which will come with design innovations when compared to the present models.The source did not elaborate further regarding the launch schedules or any other device features. As for Apple, it has also not commented on anything related to future iPhones.Why vapour chamber cooling mattersThe iPhone 17 Pro line sees the launch of a vapour chamber-based cooling solution by Apple, signalling a significant change in how the company handles the management of heat within its flagship phones.As opposed to traditional cooling solutions, a vapour chamber involves using a sealed chamber that houses a fluid which evaporates upon heating. This vaporized heat is then transferred across the larger surface area where it condenses back into liquid form to dissipate the heat.With the iPhone 17 Pro line, the cooling solution helps transfer heat away from the A19 Pro chip set to disperse it across the alluminum casing. As such, the device experiences better thermal efficiency while under load for activities such as gaming, AI capabilities, video editing and camera operations.More articles by AuthorTrending StoriesWith the future adoption of this technology in other devices, Apple may be able to enhance performance without overheating during intensive operations.Foldable iPhone could be among the first beneficiariesThis recent leak is similar to previous leaks by the same source that claim the first foldable iPhone from Apple would come with an improved vapor chamber cooling system.While there has been no official confirmation by Apple on its foldable phone yet, recent reports have all pointed toward the fact that Apple is closer than ever before to launching this phone. According to some reports, Apple may increase its production target for its first foldable iPhone to about 10 million units, as compared to seven to eight million units previously reported.Foldable phones present certain thermal problems because of their slim body and complicated hinge structure.Anniversary iPhone also tipped for thermal upgradeThe report implies that Apple's anniversary 20th-anniversary iPhone will get this thermal system too.It has previously been noted that Apple intends to carry out a significant update to the lineup for its 20-year anniversary, with rumours indicating that the iPhones will have mostly glass construction with an almost bezel-less screen. Furthermore, the phones are expected to come with display dimensions comparable to those of the iPhone 18 Pro and iPhone 18 Pro Max.In a previous report from the same source, it had been noted that Apple intends to go back to its focus on glass construction with the 20th-anniversary phone, and the manufacturing units for the devices are expected to be upgraded.If true, then enhanced thermal management will be essential in realizing this goal.Rumours remain unconfirmedAlthough this latest leak matches earlier leaks in connection with Apple's foldable vision and its anniversary iPhone, it is important to handle the information with care.This comes from a tipster called Fixed Focus Digital, who has a history of being correct at times but wrong in other instances as well. This person was able to correctly guess the nomenclature for the iPhone 16e, but at other times has been proven incorrect, predicting improvements that never came into effect.At present, Apple has made no announcement regarding their foldable iPhone, 20th Anniversary edition phones, and their vapor chamber cooling technology on the iPhone 17 Pro lineup. FAQsWhat is vapour chamber cooling in iPhones?It is a cooling system that uses a sealed chamber with liquid to transfer heat away from the processor and spread it across the phone, improving heat dissipation.Which future iPhones are tipped to get this technology?According to the latest leak, Apple's first foldable iPhone and its 20th-anniversary iPhone models could feature vapour chamber cooling.Does Apple already use vapour chamber cooling?Yes. Apple introduced the technology with the iPhone 17 Pro series to improve thermal management during demanding tasks.Has Apple confirmed these upcoming devices?No. Apple has not officially announced either the foldable iPhone or the 20th-anniversary models, and the latest information is based on leaks and industry speculation.end of article
Apple Tipped to Bring Vapour Chamber Cooling to Foldable iPhone, Anniversary Models
Apple appears to be boosting its orders for vapor chamber cooling technology, hinting at upgrades for future high-end iPhone versions. This innovative cooling solution is expected to feature in the upcoming foldable iPhone and the 20th anniversary iPhone. Improved thermal management will enable the handling of more robust chipsets and intensive processes, signaling a focused effort on enhanced performance and efficient heat control in their future offerings.








