News:

Willkommen im Notebookcheck.com Forum! Hier können sie über alle unsere Artikel und allgemein über Notebook relevante Dinge disuktieren. Viel Spass!

Main Menu

Post reply

The message has the following error or errors that must be corrected before continuing:
Warning: this topic has not been posted in for at least 120 days.
Unless you're sure you want to reply, please consider starting a new topic.
Other options
Verification:
Please leave this box empty:

Shortcuts: ALT+S post or ALT+P preview

Topic summary

Posted by S.Yu
 - November 13, 2019, 00:28:13
Quote from: Samuel Medley on November 12, 2019, 00:15:20
@ S. Yu
The wireless radio waves can bend around obstacles.
It's science.

Being serious, it could allow Apple to design more efficient hardware if traces/chips are able to be placed around the edges of a board.
Hmm, it seems smartphone motherboards are more crowded than they seem.
Posted by Samuel Medley
 - November 12, 2019, 00:15:20
@ S. Yu
The wireless radio waves can bend around obstacles.
It's science.

Being serious, it could allow Apple to design more efficient hardware if traces/chips are able to be placed around the edges of a board.
Posted by S.Yu
 - November 11, 2019, 20:21:06
Flexible circuit board improving wireless speed, I wonder how that works.
Posted by Redaktion
 - November 11, 2019, 19:28:06
According to analyst Ming-Chi Kuo, the Apple Watch Series 6 will mark a switch to flexible circuit boards made of liquid crystal polymer. These new circuit boards should make the Series 6 noticeable faster than the Series 5 and may breath new life into the stagnant wearable brand.

https://www.notebookcheck.net/Ming-Chi-Kuo-Apple-Watch-Series-6-will-use-flexible-circuit-boards-for-faster-performance-better-waterproofing.442644.0.html