Galaxy Watch 9 Leak Confirms Snapdragon Chip Swap From Exynos

Leaked marketing images obtained by longtime tipster Evan Blass show the case back of Samsung’s Galaxy Watch 9 stamped “Powered by Snapdragon Wear Elite,” confirming that Samsung is retiring its own Exynos chip after five straight years inside the Galaxy Watch line. The images surfaced through Blass’s “Leakmail” newsletter days ahead of Samsung’s July 22 Unpacked event in London, where the watch is expected to debut alongside the Galaxy Z Fold8 lineup.

The chip swap alone would be a solid gadget story. It lands as Samsung’s own chipmaking arm braces for a full year of losses, adding a marquee smartwatch to a growing list of Samsung products now running on someone else’s silicon.

Leaked Images Confirm the Chip Swap

The image Blass published names the Galaxy Watch 9 specifically, not the Watch Ultra 2, closing off the last open question after Qualcomm named Samsung as a partner months earlier. Samsung had already put a name to the arrangement once, back when the chip itself was unveiled.

When Qualcomm introduced the Snapdragon Wear Elite platform in March, a Samsung executive confirmed the plan on the record.

By integrating the new Snapdragon Wear Elite platform, the next-generation Galaxy Watch will be an even more holistic wellness companion. This marks an important step in our ongoing efforts to deliver more efficient and personalized experiences, right from your wrist.

InKang Song, Samsung’s executive vice president and head of technology strategy for its Mobile eXperience (MX) business, gave that statement when Qualcomm first detailed the chip. The platform marks the first time Qualcomm has stretched its premium Elite branding into a wearable chip, a tier the company has otherwise reserved for its best phones and laptops. Earlier renders and spec leaks had already pointed toward a borrowed chip for this generation, and budgyapp.com covered the Watch 9 and Ultra 2 betting on that borrowed silicon months before Blass’s images turned up.

Five Times the Speed, on Paper

Qualcomm built Snapdragon Wear Elite on a 3nm process with a big.LITTLE layout, the first time that architecture has reached a Qualcomm wearable chip. A single 2.1GHz performance core handles heavy tasks like app launches, paired with four 1.95GHz efficiency cores for everyday use. Qualcomm rates the setup at five times the single-core CPU speed and seven times the graphics performance of its own outgoing Snapdragon W5+ Gen 2.

A dedicated Hexagon NPU (neural processing unit) can run on-device AI models with up to two billion parameters at roughly ten tokens per second, alongside a separate low-power eNPU for always-on tasks like keyword detection. Qualcomm also claims up to 30 percent longer battery life and a 50 percent charge in ten minutes for the 300 to 600mAh batteries typical of this size watch.

Samsung’s outgoing Exynos W1000 was no slouch when it launched inside the Galaxy Watch7 in 2024, its own first 3nm wearable chip. Here is how the two compare on paper.

The two sets of claims use different baselines, so they do not translate into a clean head-to-head number. What they do show is that Samsung is trading a chip it fully controlled for one built to a Qualcomm roadmap.

Three Chips in Five Years

Samsung’s exclusive run with Exynos inside the modern Wear OS lineup was short by chip standards. It started the same year Samsung folded its own smartwatch software into Google’s platform.

1. 2021: The Galaxy Watch4 launches with the 5nm Exynos W920, Samsung’s first chip built for the newly merged Wear OS platform.
2. 2023: The Galaxy Watch6 carries an upgraded Exynos W930, still on a 5nm process.
3. 2024: The Galaxy Watch7 switches to the 3nm Exynos W1000, launched July 10 in Paris as Samsung’s first 3nm wearable chip.
4. 2026: Leaked images show the Galaxy Watch 9 case marked for Snapdragon Wear Elite, ending the Exynos run ahead of Samsung’s July 22 Unpacked event in London.

Three chips in five years is a fast cycle for a single vendor to abandon. It suggests the decision was less about any one bad generation and more about where Qualcomm’s roadmap was heading next.

Does the Watch Ultra 2 Get the Same Silicon?

Yes, based on pre-launch reporting: the Galaxy Watch Ultra 2 is expected to carry the same Snapdragon Wear Elite chip as the standard Galaxy Watch 9, alongside a larger battery. Neither Samsung nor Qualcomm has published Ultra 2 specifications, so the pairing rests on leaks and the platform’s already-confirmed backing rather than an official spec sheet.

A Tech Times report pegs the Ultra 2’s new cell at 784mAh, marketed as 800mAh, a roughly 33 percent jump over the original Galaxy Watch Ultra’s 590mAh battery, though Samsung has not confirmed the number. For comparison, the same report puts the Apple Watch Ultra 3 at a 599mAh cell, meaning Samsung’s claimed capacity would sit well ahead of its Apple rival on paper alone.

The Watch Ultra 2 has also already cleared certification checkpoints tied to the same launch window. Budgyapp.com reported that the wide Z Fold8 and Watch Ultra 2 cleared India’s BIS certification process as the July date approached, one of the routine but telling signs a launch is close.

Qualcomm Quietly Owns Wear OS Now

The Galaxy Watch 9 leak is not really a story about one company’s chip choice. It is the last piece falling into place in a market Qualcomm already controlled.

• Google: the Pixel Watch 4 already runs a Snapdragon W5 Gen 2, one rung below the new Elite chip.
• OnePlus: the Watch 3 and Watch 4 pair a Snapdragon W5 chip with a secondary efficiency processor, part of how the Watch 3 stretches battery life up to five days on a charge.
• Motorola: building its AI-focused Project Maxwell concept directly on the Snapdragon Wear Elite platform.
• Samsung: the last major Wear OS partner still running its own silicon, until this generation.

Qualcomm’s MWC 2026 unveiling of Snapdragon Wear Elite already listed Google, Samsung and Motorola as platform partners, with Google confirming the chip as essential to the next generation of Wear OS. Xiaomi’s newly announced Watch 5, notably, is still shipping on the older W5+ Gen 2, not the Elite chip, underlining how quickly Qualcomm can now segment its own wearable lineup by customer.

Samsung has watched this pattern play out before, and lost, in a different industry entirely. Samsung supplies an automotive Exynos chip for Hyundai’s infotainment systems, but lost a bid to Qualcomm for Hyundai’s self-driving chip contract. The wrist is simply the newest place the same rivalry is showing up.

Samsung’s Own Chip Business Is Bleeding Money

The switch costs Samsung something beyond one product line. Park Yong-in, president of Samsung’s System LSI business inside its Device Solutions division, told employees at an internal briefing that ongoing losses in the chip unit’s SoC business will drag the entire System LSI division into a loss for 2026, despite record first-quarter sales.

“The System-on-Chip (SoC) business is difficult to convert into a surplus in the short term, but we will strive to improve the business body and improve profitability,” Park said, according to a report citing the briefing.

The bright spot is Samsung’s phone chip, not its watch chip. Park confirmed development of the next flagship Exynos 2700 processor remains on schedule, and it is projected to power roughly half of upcoming Galaxy S27 shipments. Manufacturing struggles tied to 2nm yield rates at Samsung’s own foundry, however, keep adding cost to every chip that division builds.

This is not new strain, just a fresh instance of it. The Exynos 2500 was excluded from the Galaxy S25 lineup entirely after yield and scheduling problems, and Samsung has previously reviewed folding the Exynos design team into other divisions to fix the pattern. A phone chip nearly missed two launches in a row; a watch chip has now lost a marquee product outright.

What’s Confirmed Before London

Samsung has not commented publicly on the leaked images, and the company will not confirm final specifications until Unpacked itself. Here is where the story actually stands three days out.

• Confirmed: Samsung’s Galaxy Unpacked event takes place July 22 in London, with the Galaxy Watch 9 and Watch Ultra 2 expected alongside the Galaxy Z Fold8 series.
• Confirmed: The Galaxy Watch 9 case back shown in Blass’s leak reads “Powered by Snapdragon Wear Elite.”

• Unconfirmed: Official pricing for either watch.
• Unconfirmed: Whether every Watch 9 variant gets the new chip or only select models.

Samsung’s reservation program for the event is already live, and budgyapp.com broke down how the current $1,230 Unpacked reservation deal stacks up for buyers weighing an early commitment. Whatever Samsung shows on stage, the chip question stopped being a question the moment Blass’s images went out.

Frequently Asked Questions

What chip powers the Galaxy Watch 9?

Leaked marketing images reviewed by tipster Evan Blass show the Galaxy Watch 9 case marked “Powered by Snapdragon Wear Elite,” Qualcomm’s 3nm wearable platform announced in March 2026. It is the first time Qualcomm’s premium Elite branding, normally reserved for flagship phone and laptop chips, has reached a smartwatch.

Is Samsung dropping Exynos everywhere, not just in watches?

No. Samsung’s Exynos 2700 processor for phones remains on schedule and is expected to power around half of the Galaxy S27 lineup, even as the System LSI division that designs Exynos chips heads toward a full-year loss in 2026.

When does the Galaxy Watch 9 launch?

Samsung’s July 22 Unpacked event in London is set to introduce the Galaxy Watch 9 and Watch Ultra 2 alongside the Galaxy Z Fold8 series, with a livestream on Samsung’s website and YouTube channel.

Which other smartwatches already use Qualcomm chips?

Google’s Pixel Watch 4 runs a Snapdragon W5 Gen 2, and OnePlus’s Watch 3 pairs a Snapdragon W5 chip with a secondary low-power processor that helps it run up to five days on a single charge, longer than any Galaxy Watch to date.

Is Snapdragon Wear Elite actually faster than the Exynos W1000 it replaces?

Qualcomm rates its own chip at five times the single-core CPU speed and seven times the graphics performance of its predecessor, the W5+ Gen 2. Samsung has not published a direct benchmark against the Exynos W1000 inside the Galaxy Watch7, so a true side-by-side figure does not exist yet.