He Exynos 2600 Go back to stage with results filtered in Geekbench that, on paper, placed it ahead of the Snapdragon 8 Elite that mounts the Galaxy S25 series. We talked about an ambitious generational leap for Samsung: new process (it rumored 2 nm) and a ten -core CPU configuration that aims to recover the credibility of exynos in the high range.
Beyond the noise, the important thing for the user is how this progress is translated in real performance and efficiency. Geekbench figures are only part of the story (and can vary in a final product), but serve to measure Gross power And to anticipate whether the 2600 can compete with solvency with the 8 elite in day to day tasks, from demanding games to video edition or functions of AI on the device.
It seems that the firm finally wants to redeem and play a fundamental role in the premium rangewhich, so far, has been far behind the competition.
Performance: Extelin advantage in leaked tests
In the last appearance of exynos 2600 in Geekbench 6, the Samsung chip has marked 3,309 points in Mononúcle and 11,256 in multinucole. In the face of the typical Snapdragon 8 elite results in the S25 galaxy (around 2,800–3,000 in Mononúcle and 9.200–9,500 in multinuk), the exynos appears one Approximate advantage of 10–15 % in Mononúcle and of Almost 20 % in multinucole. If these differences were confirmed on commercial devices, we would see direct improvements in opening times, video exports or generative processes.
CPU, frequencies and what changes inside
The most solid filtration of exynos 2600 talks about a Ten -core CPU With a high frequency scheme: Six nuclei A ~ 2.76 GHz, three A ~ 3.26 GHz and a “prime” to ~ 3.80 GHz. It is an approach that prioritizes sustained performance in multinuk and that, combined with a more advanced node, should be translated into Better efficiency by task than in previous generations. For its part, the Snapdragon 8 Elite Use nuclei ORYON Personalized, with very ambitious peaks in its variant for Galaxy, which explains its very good performance in mononucleus.
Another fact to take into account: the jump with respect to the Exynos 2500 It is remarkable. The first teams with that chip (such as this year's flip) were behind Snapdragon 8 Elite, while 2600, in these same tests, points to a Clear jump in mononucleus and especially in multinukle. If Samsung maintains these frequencies and reinforces cooling, the performance roof will not be the problem.
Efficiency, 2 nm node and industrial viability
The other great holder is the manufacturing process. Everything indicates that the exynos 2600 arrives with a node of 2 NM (GAA)in front of the 3 nm Snapdragon 8 Elite. In theory, this contributes Best power/consumption ratio and greater density, something key to autonomy and to support high frequencies without “throttling.” The Cross of La Moneda is the maturity of the process: If manufacturing yields do not accompany, Samsung is likely to adjust deadlines, volumes or even the launch strategy.
For the user, real efficiency will be seen in metrics such as temperature, autonomy and Performance stability After several minutes of sustained load (games, video 4k/8k, the premises). If the exynos 2600 manages to convert his theoretical node advantage into Less heat and more batteryexperience could even improve the difference in points in Geekbench is shortened.
What do we expect in real mobiles
Looking at the next Galaxy, everything indicates that Samsung will handle a stage again dual or stepped according to markets if the 2600 is not ready on time or if the production is limited. In Europe, historically we have seen more presence of exynos, but the relevant will be the balance between performance and efficiency. The GPU and the FUNCTIONS OF IA (Real -time translation, video Superresolucion, generative edition) will be decisive: it is of little use to win on CPU if land is lost in graphics or consumption.
Technical file (filtered data)
- Manufacturing process: 2 NM (GAA)pending official confirmation.
- CPU: 10 nuclei (6 + 3 + 1) with reported peaks ~ 3.80 GHz In the main nucleus.
- Geekbench 6 scores (filtered): 3,309 (mononucle) / 11,256 (multinuco).
- Direct rival: Snapdragon 8 Elite (3 Nm), typical figures in Galaxy S25 2,800–3,000 / 9.200–9,500.
A good symptom for Samsung, caution for the buyer
If the results are sustained outside the laboratory, the Exynos 2600 could pass Al Snapdragon 8 elite on pure CPU and what matters more trim away In efficiency, which is where exynos floated in the past. But until you see final mobiles, the prudent is to treat these figures such as what they are: An advance. If you are thinking of renewing, wait for evidence with Temperatures, Autonomy and GPU Before deciding.
Now, it is convenient to keep the caution. We are facing Engineering samples and a synthetic test. Factors such as Thermal managementthe consumption limit, the system planner and firmware optimizations can strengthen (or expand) those distances. In fact, the Snapdragon 8 elite “for Galaxy” already showed very high frequency peaks and, in sustained scenes, its behavior depends a lot on the thermal design of each mobile. In summary: good news for exynos, but it is not yet a final verdict.
What do you think of this “return” of exynos? Would a galaxy convince you with 2600 if you maintain the advantage in CPU and improve efficiency against Snapdragon 8 Elite?
