A very interesting information from DigiTimes shows that Apple will use motherboards coated with copper resin On your Apple Watch Series 10 or Apple Watch Series X to increase the availability of internal space between hardware components. Therefore, room can be made for a larger capacity battery and/or other hardware components.

It was already rumored that copper resin motherboards would be used in the iPhone 17 Pro, where this technique (RCC) is used. Sources close to Apple’s supply chain now guarantee this. It will be implemented in at least one of the new Apple Watch models of 2024.

This interesting innovation Bob BorchersApple’s vice president of international product marketing noted that Apple is exploring new ways to offer a better balance between health features and energy efficiency in the Apple Watch.

Motherboards coated with copper resin

copper resin powder

Adoption of this latest technology in the smart watch industry, Before and after on Apple Watch’s internal infrastructure. The use of copper resin in motherboards can have three consequences: taking advantage of space to add more hardware components, increasing battery capacity, or reducing the thickness of the Apple Watch Series 10.

copper resin anyone copper resin It is a synthetic pigment of mineral origin produced by . copper salts, binder and natural resin. This gives way epoxy resinsColloquially known as “epoxy”, they are considered the best resins for use in applications such as adhesives, coatings, the inside of food cans, bottle caps or water supply lines.

Copper resin will greatly benefit Apple Watch Series 10. More durability, more water resistance and as we mentioned, more interior space For hardware components or sensors as it will make the motherboard much thinner.

Apple has been working on a blood sugar monitoring sensor for its Apple Watch for some time. Using motherboards coated with copper resin can also facilitate their arrival.

Apple, on the other hand, plans to increase the energy efficiency of the Apple Watch Series 10 by using OLED displays with LTPO (low-temperature polycrystalline oxide) technology, which has a thin layer for transistors that individually activates the brightness of each pixel and allows it to increase the brightness of each pixel. check the voltage applied to each liquid crystal cell.