amazon’s-echo-frames-can-now-come-with-sunglass-or-blue-light-filtering-lenses

Amazon’s Echo Frames can now come with sunglass or blue light filtering lenses

Amazon is launching new lens options today for its Echo Frames smart audio glasses: two types of polarized sunglass lenses for use outside, and blue light-filtering lenses for staring at bright screens. The blue light and blue mirror sunglass options will ship on May 18th, and the “Classic” dark sunglass lenses will arrive later on June 9th. All three varieties will be available in the black version of the Echo Frames for $269.99.

Echo Frames are far simpler in comparison to other smart glasses, like Google Glass. Essentially, they’re a glasses frame with Amazon’s Alexa assistant built-in, along with some microphones and downward firing speakers. In our review of the Frames, we found Alexa’s abilities to be pretty limited (especially on the iPhone) because the assistant defaults to Amazon’s services. Frames are much more compelling as a straightforward audio device, which is where these new lens options seem to come in.

Echo Frames with blue light filtering lenses.
Image: Amazon

Take the sunglasses variety. Echo Frames might not make sense as a smart assistant you interact with all day, but for a bike ride or hike, it could be very helpful to have your sunglasses pull double duty as headphones for music or podcasts.

You could use the same kind of logic for the blue light-filtering lenses. Say you’re going heads down on a long project and you know you’re going to look at screens for an extended period of time. Having a way to listen to music or take calls while still keeping your ears free could be handy. (Keep in mind blue light might not be as damaging or eye-straining as some headlines suggest.)

Echo Frames with mirror blue sunglass lenses.
Image: Amazon

The limit on either of these use cases is the battery life of the Echo Frames. When we originally reviewed the Frames we weren’t able to make it through a full day, despite Amazon’s more open-ended battery life claim of 14 hours of “mixed use.” For an afternoon outdoors, it seems like the sunglasses should last, but using blue light glasses inside, listening to music all day, you might have to keep a closer eye on the Frames’ battery.

apple-music-hi-resolution-lossless-won’t-work-on-iphone-(natively),-airpods-max-or-homepod

Apple Music Hi-Resolution Lossless won’t work on iPhone (natively), AirPods Max or HomePod

(Image credit: Apple)

Good news: Apple Music is adding lossless audio. And not only is it significantly upping the audio quality, offering high-resolution audio right up to 24-bit/192kHz, but it is also doing so at no extra cost to subscribers. Over to you, Tidal, Qobuz et al.

However, it’s not all plain sailing for those of us wanting to benefit from the very best possible sound quality using Apple products. Neither the iPhone 12, AirPods Max, AirPods Pro or either of the HomePods will play Apple Music’s ‘Hi-Res Lossless’ offering (which Apple defines as above 24-bit/48kHz, up to 24-bit/192kHz). 

Apple makes that (relatively) clear itself, saying, “Due to the large file sizes and bandwidth needed for Lossless and Hi-Res Lossless Audio, subscribers will need to opt in to the experience. Hi-Res Lossless also requires external equipment, such as a USB digital-to-analog converter (DAC).”

While Apple plays its cards close to its chest over certain specs, the iPhone’s output maxes out at 24-bit/48kHz, which is fine for Apple Music ‘Lossless’ but not good enough for ‘Hi-Res Lossless’.

The AirPods Max, AirPods and HomePods, meanwhile, use the AAC Bluetooth codec, which doesn’t support the Apple Lossless Audio Codec (ALAC) that Apple Music uses for its lossless audio streams (since confirmed by Apple to T3).

AirPods Max owners might reasonably hope that their headphones could be wired to an iPhone to unlock Apple Music lossless, but this doesn’t appear to be the case either. Apple told The Verge: “When you play a 24-bit/48 kHz Apple Music lossless track from an iPhone into the AirPods Max using both the cable and Lightning dongle, the audio is converted to analog and then re-digitized to 48kHz. That re-digitization step is the reason that Apple can’t say you’re hearing pure lossless audio; it’s not an identical match to the source.”

So, what’s the solution? If you connect a compatible external DAC to your iPhone and use a wired pair of headphones, you should be able to listen to Apple Music lossless audio. Check out our guide for how to listen to hi-res audio on an iPhone. You will also be able to listen on a Mac this way.

Of course, the other big Apple Music update, spatial audio via Dolby Atmos, is much more widely available across Apple products. By default, Apple Music will automatically play Dolby Atmos tracks on all AirPods and Beats headphones with an H1 or W1 chip, as well as the built-in speakers in the latest versions of iPhone, iPad, and Mac. In fact, Apple Music Dolby Atmos will work with all headphones.

One thing’s for sure, Apple lossless audio sounds like a good excuse for Apple to upgrade its next generation of audio hardware. Might the AirPods 3 be lossless audio compatible? That would require Apple to come up with a hi-res-supporting Bluetooth codec. Or could we get an upgraded version of the AirPods Max? Is there a new HomePod HiFi in the works? We shall see.

  • Apple spatial audio: what is it? How do you get it?
  • Apple HomePod Mini review
  • Dolby Atmos explained