• Key specs for the Google Pixel Watch 5 have just leaked
• They suggest the device could use the same chip Google has used for years
• The RAM might be boosted by 50%, though

If you’ve been eyeing up the Google Pixel Watch 5, you might want to think twice before heading to the checkout. That’s because a new leak has shed light on the upcoming smartwatch’s specs, and while there’s one welcome change, another alteration has left some fans deeply disappointed.

The discovery was made by 9to5Google, with the outlet claiming to have unearthed the specs in a Google Play Console listing. There, the outlet says it came across a device codenamed “godric,” which it says is the Pixel Watch 5.

The entry apparently recorded the device’s chip as the Qualcomm SW5100. If that sounds familiar, it’s because it’s the same chip used in the Pixel Watch 2, Pixel Watch 3 and Pixel Watch 4 — in other words, there’s unlikely to be any significant performance uptick in the Pixel Watch 5, if this rumor is correct.

But it wasn’t all bad news. 9to5Google also found that the forthcoming Pixel Watch 5 will allegedly come with 3GB of memory, which is a 50% increase on the 2GB of RAM previous Pixel Watches were equipped with. That might go some way to offsetting the chip limitations and could help the device feel a little snappier in use.

A mixed reaction

The news has received a mixed reception among Pixel Watch fans. Some Reddit users, for instance, were pleased to see the memory increase, with one saying “More RAM is a great move, if confirmed. It should make everything run more smoothly on the [Pixel Watch 5].” Another added that bumping up the memory “should help make Gemini more responsive for people who care about that.”

But not everyone was satisfied with the news. “As a Pixel Watch 2 owner, this is disappointing,” said one user on Reddit, before continuing: “Support for my watch is ending, but if I upgrade then I will have [the] same CPU.”

It’s not too surprising that the news that Google plans to use the same chip for four generations of the Pixel Watch has disappointed plenty of people. Any user holding out for a decent performance bump after so many years might feel a little let down, at least if the leak comes to fruition.

Still, it’s good news to see the memory finally bumped up by 1GB. With artificial intelligence (AI) models like Google Gemini now making their way onto all of the best smartwatches, the extra RAM should improve their operations on your wrist.

Will that be enough to make up for the subpar chip situation? We’ll have to see once Google finally lifts the lid on the Pixel Watch 5, which is expected to happen in August. Keep your eyes peeled.

• Apple avoids setting off your iPhone when its execs say “Hey Siri” at events
• One enterprising engineer decided to find out why
• By analyzing the keynote’s audio, they solved an intriguing mystery

Siri has just been given the brain transplant it's needed for years, but it's always been good at detecting the words "Hey Siri" — so much so that accidental summonings have been a common problem. But an audio engineer has just explained how Apple cleverly avoided Siri popping up on your phone during its recent WWDC 2026 keynote.

As revealed by Techexplain on Substack, it all comes down to the audio frequencies embedded in Apple’s keynote video. Once Apple’s audio engineers made a few subtle tweaks, the company’s presenters could say “Hey Siri” as much as they liked without risking millions of phones going off around the world.

To find out what was going on, Techexplain downloaded the audio and video from the WWDC event. They fed that into a spectrogram analyzer, which is an app that can visualize audio frequencies as colored graphs and bands. When the WWDC video was examined, it revealed that a few frequency bands in the 3kHz to 6kHz range had been removed from the audio.

And this is the key to the video not invoking Siri. Without those four frequency bands, the Siri assistant lurking on your device did not hear the phrase “Hey Siri” — even though Apple’s presenters said it repeatedly throughout the show.

Wait, how exactly does this work?

Apple’s solution might sound odd. After all, doesn’t Siri listen out for the trigger words being spoken? If those words were present in Apple’s video, shouldn’t Siri have been activated?

Well, not quite. Your iPhone contains an “always-on processor” chip whose job is to constantly sample background audio, which is then fed into a neural network. The audio is converted into a spectrogram and the neural network analyzes it to look for a specific frequency pattern — in this case, the sibilant sound that occurs when you say “Siri.” And yep, you guessed it, those sibilant sounds mostly exist in the 3kHz to 6kHz range.

In other words, what Siri is actually listening out for is a frequency rather than the words being spoken. It means that if Apple’s engineers remove the 3kHz to 6kHz bands from the WWDC keynote, Siri won’t “hear” its name being spoken — even if that’s exactly what the presenters are doing.

It’s a clever trick that helps ensure Apple’s presenters can speak naturally without the need to avoid saying “Siri.” At the same time, it avoids setting off millions of iPhones and annoying their owners when “Hey Siri” is uttered. It’s an ingenious solution that solves a thorny problem in a satisfyingly elegant way — and we wouldn’t expect anything less from Apple.