Google Pixel 11 Reportedly Beats Apple to the First 2nm Phone Chip (Tensor G6)

Google’s Pixel 11 series, powered by the Tensor G6, is reportedly set to be the first smartphone with a chip built on TSMC’s 2-nanometer (N2) process – beating Apple’s A20 Pro to the milestone by roughly a month. Google has confirmed its Made by Google event for August 12, 2026, in New York City. The Tensor G6 specs, including a 7-core CPU and a MediaTek M90 modem, come from leaks, so treat them as unconfirmed for now.

For years the Tensor story has been the same: clever AI tricks bolted onto so-so silicon that ran hot and trailed the best from Apple and Qualcomm. The Pixel 11 rumors suggest that’s about to change, and not in a small way. If the leaks hold, Google won’t just catch up on manufacturing – it’ll reach TSMC’s newest process before Apple does. Here’s what’s confirmed, what’s still a leak, and whether being first to 2nm will mean anything you can actually feel.

What’s actually confirmed, and what’s still a leak?

The August 12, 2026 Made by Google event is confirmed by Google; almost everything about the Tensor G6 chip itself is still leak-based, reported by outlets including Android Authority and TechNode.

Google has officially set the event for New York City, where the Pixel 11 line and the Pixel Watch 5 are expected (gHacks). The chip details – the 2nm node, the core layout, the new modem – come from leaks and supply-chain reporting, not from Google. So the launch date is solid; the silicon specs are the part to keep a pinch of salt handy for.

Why is beating Apple to 2nm a big deal?

Because Apple has almost always been TSMC’s first customer on each new process node – so a Pixel reaching 2nm first would flip a pattern that’s held for years.

This is less about the phone and more about who gets the newest transistors first. Apple has been the launch customer for TSMC’s leading-edge nodes for a long stretch, which usually meant Pixels shipped a process generation behind. If the Tensor G6 ships on N2 in August while Apple’s A20 Pro lands in September – both reportedly on TSMC 2nm – the Pixel 11 becomes a story about process technology, not just cameras and software (36Kr). That’s new territory for Google.

What’s inside the Tensor G6 (“Malibu”)?

Leaks describe the Tensor G6, codenamed “Malibu,” as a 7-core chip on TSMC’s N2 process with Gate-All-Around transistors and a switch to a MediaTek M90 modem.

The reported core layout is one high-performance core at 4.11 GHz, four mid-cores at 3.38 GHz, and two efficiency cores at 2.65 GHz. Moving from the Tensor G5’s 3nm process to N2 brings Gate-All-Around (GAA) transistors, which TSMC uses to improve power efficiency and heat – the exact two things Tensor has been dinged for. The other quiet-but-important change is the modem: the G6 reportedly drops the Samsung modem of past Pixels for a MediaTek M90, which could matter for signal strength and battery if it pans out (NokiaPowerUser).

Tensor G6 (all reported / leaked)	Detail
Codename	“Malibu”
Process node	TSMC N2 (2nm), Gate-All-Around transistors
CPU layout	7-core: 1x 4.11 GHz + 4x 3.38 GHz + 2x 2.65 GHz
Modem	MediaTek M90 (replaces the Samsung modem)
Previous gen	Tensor G5 was TSMC 3nm

What phones are in the Pixel 11 lineup?

Google is expected to launch four Pixel 11 models: the Pixel 11, Pixel 11 Pro, Pixel 11 Pro XL, and Pixel 11 Pro Fold.

Reports point to 16GB of RAM on the Pro models, 256GB as the new starting storage, and Samsung M16 OLED panels reaching up to 3,600 nits peak brightness, plus a refreshed camera system (gHacks). If that 256GB base is real, it’s a welcome move – starting a “Pro” phone at 128GB in 2026 always felt stingy.

Model (reported)	Highlights
Pixel 11	Standard flagship, Tensor G6
Pixel 11 Pro	16GB RAM, 256GB base, Samsung M16 OLED (up to 3,600 nits)
Pixel 11 Pro XL	Larger Pro, same Tensor G6 silicon
Pixel 11 Pro Fold	Foldable flagship

How does Apple’s A20 Pro compare?

Apple’s A20 Pro is also expected on TSMC 2nm, but the fight isn’t only about the node – Apple is reportedly pairing it with new Wafer-Level Multi-Chip Module (WMCM) packaging that binds the processor and memory more tightly.

So even if Google gets to 2nm first, Apple’s counter is packaging. WMCM is about how the chip and memory are stitched together, which affects efficiency and performance beyond raw transistor size. “First to 2nm” is a great headline, but the A20 Pro – tipped for the iPhone 18 Pro in September 2026 – could still win on real-world efficiency thanks to how it’s built (AppleMagazine). Being first and being best aren’t the same thing.

Does being first to 2nm actually matter?

Only if it turns into better battery life, cooler sustained performance, and stronger on-device AI. A manufacturing milestone means little on its own.

Here’s where I’d pump the brakes on the hype. Tensor’s problem has never really been the headline specs; it’s been sustained performance and heat under load, plus battery life that trailed rivals. A newer node and GAA transistors should help, but “should” is doing a lot of work in that sentence. I want to see how the Pixel 11 holds up after twenty minutes of 4K recording or a long gaming session before crowning it anything. If Google converts this process lead into a phone that stays cool and lasts a full heavy day, that’s the real win – the “first to 2nm” trophy is just marketing until then.

When does the Pixel 11 launch, and how much will it cost?

The Pixel 11 launches at Google’s Made by Google event on August 12, 2026. There’s no confirmed pricing yet.

That date is official. Pricing hasn’t been announced, and any figure floating around right now is speculation – so I won’t quote one. Expect the full lineup, the Tensor G6 details, and the Pixel Watch 5 to be made official on stage, with sales usually following within a couple of weeks based on Google’s recent Pixel launches.