The brand new Apple Watch Series 6 and SE are already discounted at Amazon:
Just last week, Apple announced a number of new technologies during their long-awaited September event. Their latest and greatest: Apple Watch Series 6 and SE.
Packed with new chips and features, the Series 6 and SE are the best Apple Watch line has to offer so far. If you did not run to get one immediately after the event, you have the opportunity to get either Series 6 or SE on sale right now.
We know, they just come out. But seriously, they are already discounted on Amazon. Although the price cuts are quite small, there is nothing to turn your nose at saving an amount on such a fresh piece out of the oven. Plus, you can put what you save on a new watch strap (or maybe even Apple’s new iPad).
Here are the Apple Watches you can get for sale right now:
New oxygen sensor and app for blood
The Always-on Retina display is brighter outdoors
Faster performance than any Apple Watch before the U1 chip
The Series 6 is the fastest and most functional Apple Watch to date, and is the way to go for Apple fans who tend to use the company’s best of the best when they come out. New features include an oxygen sensor in the blood and a companion app that can accurately measure the oxygen level in the blood. You also get the fastest performance yet with the new U1 chip, as well as quality of life benefits such as a better always-on-Retina display and more current training tracking calculations. (Remember to note that this will be sent within two to four weeks.)
Like the recent (and excellent) iPhone SE, the Apple Watch SE is still the powerful budget model of the new Apple Watch offerings. This uses the S5 chip, which Apple claims is twice as fast as the Apple Watch Series 3. The device also has drop detection and heart rate monitoring like the Series 6, but ditches the oxygen sensor in the blood and the better processor in favor of a lower price point. Amazon says SE will be back in stock on October 6, but you can place your order right now and save almost $ 10.