Exynos Crushes Snapdragon! The Confidence Crisis of Samsung Chips

“The CPU crushes Snapdragon, the GPU dominates Dimensity, is this still the ‘Fire Dragon’ Exynos?”

Recently, the leak of Samsung’s Exynos 2600 has taken the tech world by storm: with a 2nm process, a single-core score of 3959 surpassing Snapdragon 8’s supreme version, and a GPU computing power exceeding 6TFLOPS, along with advanced cooling and imaging technologies. But while everyone is shouting ‘Samsung chips are rising’, a more painful question arises: the technology is sufficient, but the confidence is gone; can this game still be won?

1. Epic Comeback? The Hardcore Ledger of Exynos 2600

If the leaks are true, the Exynos 2600 can be considered Samsung’s “atonement work” for self-developed chips, with enhancements across the entire chain from CPU to ISP, even turning past “fatal flaws” into highlights.

01 2nm Process Breakthrough: Finally Curing the Leakage Problem

This time, Samsung has employed its top-tier 2nm GAA process, which is half a generation ahead of TSMC’s 3nm technology. According to the five versions of test data exposed by sammyguru, the mass production version of the CPU peaks at a frequency of 3.8GHz—this directly proves that Samsung has solved the leakage problem of advanced processes. The previous generation Exynos 2400 fell into the pit of “high frequency not running, low frequency consuming power quickly”.

Ultimately, the GeekBench score is even more impressive: a single-core score of 3959, only trailing Apple’s A19 Pro, leaving Snapdragon 8’s supreme version (3820) and Dimensity 9500 (3780) far behind. “It’s like suddenly swapping a tractor engine for a sports car engine,” joked a mobile engineer, “the key is that this time the engine doesn’t burn oil.”

02 GPU Counterattack: 6TFLOPS Computing Power Without Overheating

The Xclipse-960 GPU, developed in collaboration with AMD, hides even greater surprises: a 6TFLOPS FP32 computing power that tops the mobile sector, 12% higher than Snapdragon 8’s supreme version, but with a peak frequency of only 1350MHz, nearly 300MHz lower than competitors.

What does this mean? To put it simply, others’ GPUs are like “stepping on the gas to sprint 100 meters”, fast in the short term but prone to overheating and throttling; Samsung this time is like “running a marathon at a steady pace”, maintaining a low temperature of 3-5°C even after half an hour of full-frame operation in Genshin Impact. For mobile gamers, this is simply the “spring of performance enthusiasts”.

03 Imaging Shortcomings Addressed: Capable of 8K and ‘Predictive’ Shooting

The ISP (Image Signal Processor), once the “shame pillar” of Exynos, has now become a plus point: supporting a single camera of 320 million pixels or three concurrent 108 million pixels, with 8K 60FPS video recording meeting full specifications. Even more impressive is the “neural composition” technology—before pressing the shutter, AI synthesizes the optimal photo in advance, completely eliminating the awkwardness of “waiting three seconds to take a photo”.

Although the 14bit HDR is weaker than Qualcomm’s 18bit, it excels in computing power. “It’s like upgrading a camera from ‘manual focus’ to ‘AI snapshot’,” analyzed an imaging blogger, “the snapshot speed and video stabilization may surpass competitors.”

04 Cooling Solutions: Packaging with Built-in ‘Heat Sink’

No matter how strong the performance, if the temperature can’t be controlled, it’s all for naught. Samsung’s Senior Vice President Kim Dayou personally stepped in to introduce HPB packaging technology: directly soldering the metal heat conduction layer onto the chip and memory, increasing cooling efficiency by 30%. This is equivalent to giving the chip a “built-in water cooling system”, potentially ending the previous generation’s issue of “getting hot after 10 minutes of gaming”.

2. The Collapse of Confidence: A Decade’s Fall from Grace

The technical parameters are as beautiful as a fairy tale, but Samsung’s confidence in Exynos has been worn down through repeated “surrenders”. Now with a global market share of 5%, it hides a more complex game of human emotions than chip circuits.

01 Glory Only Once: Honor Gained from Competitor’s Mistake

The only peak for Exynos was the Exynos 7420 in 2015, which was used in the Galaxy S6. This chip became popular partly due to its own 14nm process efficiency advantage, and partly thanks to Qualcomm’s Snapdragon 810’s “fire dragon” physique. It was like an exam where the competitor suddenly submitted a blank paper, allowing Samsung to score high effortlessly.

But after the peak came a rapid decline: Exynos 8890 was criticized for “poor compatibility”, Exynos 9810 was humorously dubbed the “egg frying machine” due to overheating, and the 2023 Exynos 2400 was directly removed from Samsung’s S24 series in the Chinese market—if even their flagship won’t use it, confidence is shattered everywhere.

02 Self-Exile: Handing 75% of the Market to Qualcomm

Even more fatal is the “strategic surrender”. Data from 2025 shows that 75% of Samsung Galaxy devices use Qualcomm chips, nearly double from earlier years. In core markets like China and the US, flagship models are all equipped with Snapdragon; only in regions like Europe and India are models “forced” to use Exynos.

This “regional mixed-use” has become a vicious cycle: Exynos version models sell poorly → insufficient optimization investment → experience inferior to Snapdragon version → consumers are even less willing to buy. A digital store manager bluntly stated: “As soon as customers hear about the Exynos version, they directly ask ‘Is there a Snapdragon version? If not, I’ll switch to Huawei.'”

03 Competitors Strike: Qualcomm’s ‘Tightening Spell’

Just as the Exynos 2600 leak was making waves, Qualcomm CEO Amon suddenly stated: “Our cooperation with Samsung is closer than ever.” This statement was like a thorn, piercing Samsung’s heart—Qualcomm not only relies on Samsung for chip manufacturing but also snatches Samsung’s SoC orders, controlling both hardware and software.

Even more subtly, Samsung’s storage business still has to look to Qualcomm. In the 2025 storage price surge, Qualcomm’s AI server orders contributed 12% to Samsung’s DRAM revenue. “Daring to go head-to-head with Qualcomm in the chip business, but possibly facing difficulties in storage,” an industry analyst pointed out, “Samsung can’t afford a ‘mutual destruction’ scenario.”

3. The Deadlock: Even with Stronger Chips, Does Samsung Dare to Win?

Now the most ironic question arises: if the Exynos 2600 is indeed stronger than Snapdragon, does Samsung dare to let it win? The answer is likely negative, as three deadlocks have already blocked the path.

01 Optimization Bias: Afraid of Harming Snapdragon’s ‘Golden Bowl’

Years of “dual-chip strategy” have led Samsung to develop a habit of “favoring one over the other”. In 2024, a blogger discovered that the system scheduling of the Exynos version S24 was 15% more conservative than the Snapdragon version, resulting in a 10-frame lower game frame rate despite similar hardware.

“It’s not that optimization isn’t possible, but that they dare not optimize,” revealed a former Samsung engineer, “If the Exynos version performs better, Qualcomm will definitely exert pressure, as they hold a 70% market share.” Now that the Exynos 2600’s performance is leading, if they truly allow optimization, it would be a slap in Qualcomm’s face, and Samsung lacks the courage to do so.

02 Ecological Limitation: An Isolated Player Without a ‘Circle of Friends’

The strength of a chip depends on the breadth of its “circle of friends”. Qualcomm has thousands of partners, and even Google’s Android system prioritizes adapting to Snapdragon; while Exynos can only bind to its own phones, no third-party manufacturers dare to use it. In Q1 2025, Huawei’s HiSilicon has risen to a 4% share, while Exynos is only at 5%, potentially being overtaken at any time.

Without ecological support, even the strongest chip is just a “single-player game”. For example, the “neural composition” technology can only be used on Samsung phones; Qualcomm’s imaging algorithms can adapt to Xiaomi, OPPO, and vivo, widening the gap.

03 Cycle Trap: Advanced Processes Are Too Expensive

The 2nm process sounds impressive, but the speed at which it burns money is comparable to a “gold-swallowing beast”. Samsung spent $20 billion just to build the 2nm factory, but Exynos’s annual shipment is only in the tens of millions, resulting in a 30% higher R&D cost per chip compared to Snapdragon.

Even more critically, the storage industry is subject to cyclical fluctuations. The 2025 storage price surge allowed Samsung to reap huge profits, but once prices adjust, the losses in the chip business will be exposed. “The money earned from storage isn’t enough to cover the chip expenses,” a financial analyst calculated, “For Exynos to be profitable, its market share must triple, which is nearly impossible.”

4. Is the Outcome Set? Technology Can’t Save a Player Without Courage

The Exynos 2600 is likely to become the “most regrettable flagship chip”: parameters are maxed out, but the experience may be cut; technological breakthroughs may not be recognized by the market. It’s like an actor with exceptional skills who dares not take the stage; no matter how strong the skills, they can only rot backstage.

For consumers, don’t expect the Exynos version of the S26 series to crush the Snapdragon version—Samsung will only make both look “similar”. But for the industry, this farce of “technological counterattack but lack of confidence” serves as a wake-up call for all self-developed chip companies:

Chips are not only about transistor density and benchmark scores, but also about the courage to “take control of one’s destiny”. Back when Huawei’s HiSilicon had less than 3% market share, they dared to use Kirin chips across the Mate series; now Samsung, with a 5% share and top technology, still trembles in Qualcomm’s shadow.

Perhaps the Exynos 2600 can indeed win, but Samsung has long lost the courage to win. This is not a failure of technology, but a collapse of confidence—and confidence is much harder to build than a 2nm process.