Apple Watch Can Measure Blood Oxygen Level

Posted: Apr 24 2015, 7:32am CDT | by , in Apple


This story may contain affiliate links.

Apple Watch can Measure Blood Oxygen Level

The most important reveal from the Apple Watch Teardown by iFixit is that the Apple Watch heart rate monitor sensor is more sophisticated than Apple said.

Early this morning iFixit hosted a live teardown of the Apple Watch. Apple has enclosed the important parts with lots of glue and metal enclosures, which resulted to a rather boring reveal of the insides of the Apple Watch.

The only big revelation is that the Apple Watch is more capable than known in terms of heart rate monitoring. The Apple Watch heart rate monitor is actually a plethysmograph and could measure your blood oxygen level. It is likely that Apple has not yet supported that functionality due to accuracy problems. It could also be that measuring oxygen levels could get the Apple Watch into the cross hairs of the FDA.

Apple is though likely working through these issues and will update the Apple Watch with the blood oxygen level functionality. Healthy individuals at sea level have an oxygen saturation values between 96% and 99%. The level should be above 94%. An SaO2 (arterial oxygen saturation) value below 90% causes hypoxemia.

iFixit has now released a video of the Apple Watch teardown. Watch below.

The Apple Watch is shipping today in select markets.

This story may contain affiliate links.


Find rare products online! Get the free Tracker App now.

Download the free Tracker app now to get in-stock alerts on Pomsies, Oculus Go, SNES Classic and more.

Latest News


The Author

<a href="/latest_stories/all/all/2" rel="author">Luigi Lugmayr</a>
Manfred "Luigi" Lugmayr () is the founding Chief Editor of I4U News and brings over 25 years experience in the technology field to the ever evolving and exciting world of gadgets, tech and online shopping. He started I4U News back in 2000 and evolved it into vibrant technology news and tech and toy shopping hub.
Luigi can be contacted directly at ml[@]




comments powered by Disqus