 in the next Apple Watch model could revolutionize its design.){kind=link}
Highlights
- Resin-Coated Copper could make Apple Watch more space-efficient.
- Potential for larger battery or more sensors due to RCC use.
- RCC offers a cost-effective, environmentally friendly alternative.
- Collaboration with Nan Ya PCB hints at innovative design changes.
Apple has built a knack for squeezing more power and functionality into their devices.
They did it with the iPhone, they are doing it with the Mac and iPads, and now the next-generation Apple Watch might just be the beneficiary of a game-changing material.
According to the grapevine, Apple is considering the use of Resin-Coated Copper (RCC) for the motherboard of at least one of their upcoming Apple Watch models, and the implications are pretty exciting.
The Space-Saving Sorcery of RCC
For those unfamiliar with the magic of RCC, we’ll break it down for you.
Resin-Coated Copper is exactly what it sounds like – a thin layer of copper coated in resin.
This material replaces the typically green, grey, or black non-conductive bonding sheet material found on traditional motherboards, and the benefits are twofold.
First and foremost, RCC is incredibly space-efficient, which is a crucial consideration for compact devices like smartwatches.
Apple could potentially free up valuable real estate within the watch’s chassis, leaving more room for other components, such as a larger battery or additional sensors.
Secondly, RCC is designed to be more cost-effective and environmentally friendly than traditional motherboard materials.
Apple has been quite outspoken as of late regarding its impact on the environment.
Using RCC could be a small but significant ( do you know how big Apple is?) step in the right direction.
The Rumours and Speculations
The Apple Watch is gathering interest in general, not least because the product is approaching its 10 year anniversary.
Apple’s potential adoption of RCC for their upcoming Apple Watch comes from the ever-reliable supply chain sources cited by Digitimes.
According to the report, Apple is once again collaborating with Nan Ya PCB, a company that has previously worked with the tech giants on space-saving designs for their smartwatches.
While multiple reports have hinted at the development of an “Apple Watch X” model, details about its launch timeline remain shrouded in mystery.
Earlier whispers suggested a 2023 release, but Apple ended up introducing the Apple Watch Series 9 last year alongside their iPhone 15 lineup.
FAQs
Will the RCC motherboard affect the performance of the new Apple Watch?
Not at all! RCC is primarily a space-saving solution and is not expected to have any direct impact on the watch’s performance.
In fact, the freed-up space could potentially allow for more powerful components or a larger battery, potentially enhancing the overall user experience.
Will existing Apple Watch bands be compatible with the “Apple Watch X”?
Unfortunately, no. Rumours suggest that the “Apple Watch X” will feature a new magnetic band system, which means that your current Apple Watch bands won’t be compatible with the new design.
What other improvements can we expect in the “Apple Watch X”?
Aside from the potential use of RCC and a new band system, the “Apple Watch X” is rumoured to feature a thinner design, a microLED display (an upgrade from the current OLED screens), and new sensors capable of monitoring the wearer’s blood pressure.
Will the “Apple Watch X” offer better battery life?
While not confirmed, the use of RCC could potentially allow for a larger battery in the “Apple Watch X,” which would naturally translate to improved battery life.
Additionally, recent reports suggest that the upcoming Apple Watch lineup could feature upgraded displays with improved battery efficiency.
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