Snapdragon-powered Samsung Galaxy S24 Ultra appears on Geekbench

12 October 2023
The prime core will run at 3.30 GHz.

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  • No Regrets
  • 39y
  • 12 Oct 2023

This is yet another fake story

Even if you are so gullible as to accept the Geekbench score, Samsung (5 months before releasing the S24 Ultra) had such a burning desire to run a Geekbench score and usurp Qualcomm OFFICIAL launch 12 days from now

This fake score slightly differs from the ORIGINAL REAL score published (no mocked up) in the 9th August Gizchina article

In that article Gizchina had the "decency" to state it was speculative, as another possible configuration was doing tge rounds.
Then as now Snapdragon 8 gen 3 configurations and cortices were not known are not known

But if that were not the only piece of evidence that that makes this ROFL it is this.. ready?

The source image of Gizchina piece is Gsmarena reporting of this leak.

You follow fake Gizchina August story was amplified when gsmarena picked it up.

In August supposed leak had two possible configurations for S24 U Snapdragon 8 gen 3
Gizchina reporting on a Gsmarena sourced rumour.

Now two month later same presentation, I guess when Qualcomm does announce the next leak will have even more information.
But like I wrote the gullible are already running with this

    I think the rein of Bionic CPU is not going to end for another 10 years..

      • ?
      • Anonymous
      • U@6
      • 12 Oct 2023

      Apple is so far ahead in single core 3000 points vs 2250

        JAcktackle, 12 Oct 2023What else is new? Can a smartphone achieve 20x optical? C... moreThis is why I hope Metalenses become market-ready and are used for everything. We could do so much with them:
        •1/2.0"-type under-display Quad Bayer selfie cameras (dual or even triple! Could go with wide+ultrawide+ToF 3D)
        •1/1.56"-type variable telephotos that can do 3×-10× optical zoom (pair this with 200MP sensors and you get lossless zoom up to 40× before you even start to lose quality!)
        •1.0"-type wide sensors that don't require excessively large bezels and don't cause excessive camera bumps
        •Stacked sensors not causing any increase in thickness (also allows them to be done on selfie cameras)

        Metalenses look really interesting to me, because it could allow for all sorts of things from saving space. You would only need 1 lens piece, and it would only be 200μm thick. The company behind them, Metalenz, *is* silent on whether they'd work for zoom lenses, but I would be very surprised if they didn't work. Also, they've already made them for ToF sensors, which don't require colour imaging, and STMicroelectronics has already been using them for their ToF and ToF 3D sensors since 2022. They're already likely in many phones' ToF sensors, including in my Google Pixel 7 Pro. The only challenge left for metalenses to come to market is producing images that have colour, though I'm sure that withing 2-3 years, that will have been ironed out.

        EDIT: One of the reasons why I said metalenses would work well for under-display selfie cameras is because they let in so much more light than a typical sensor. If you can have a 1/2.0"-type under-display selfie camera that uses a metalens and has stacked sensor technology, and you have a transparent-enough display, you can essentially solve all of the issues that under-display selfie cameras currently face. Add a bit of software reconstruction to eliminate certain edge case anomalies that can still pop up, and bam, you've got an uncompromising selfie camera that also will produce much better pictures than any other selfie camera before it.

          JAcktackle, 12 Oct 2023What else is new? Can a smartphone achieve 20x optical? C... moreThis is why I hope Metalenses become market-ready and are used for everything. We could do so much with them:
          •1/2.0"-type under-display Quad Bayer selfie cameras (dual or even triple! Could go with wide+ultrawide+ToF 3D)
          •1/1.56"-type variable telephotos that can do 3×-10× optical zoom (pair this with 200MP sensors and you get lossless zoom up to 40× before you even start to lose quality!)
          •1.0"-type wide sensors that don't require excessively large bezels and don't cause excessive camera bumps
          •Stacked sensors not causing any increase in thickness (also allows them to be done on selfie cameras)

          Metalenses look really interesting to me, because it could allow for all sorts of things from saving space. You would only need 1 lens piece, and it would only be 200μm thick. The company behind them, Metalenz, *is* silent on whether they'd work for zoom lenses, but I would be very surprised if they didn't work. Also, they've already made them for ToF sensors, which don't require colour imaging, and STMicroelectronics has already been using them for their ToF and ToF 3D sensors since 2022. They're already likely in many phones' ToF sensors, including in my Google Pixel 7 Pro. The only challenge left for metalenses to come to market is producing images that have colour, though I'm sure that withing 2-3 years, that will have been ironed out.

            • H
            • H
            • 3rZ
            • 12 Oct 2023

            Hanif Fikri, 12 Oct 2023lel and again its waste yet again samsung wont able to buil... more"samsung olny won in benchmarks scores but lost when real world uses" 💀

            The logic here is abysmal.

              • D
              • AnonD-546724
              • SYF
              • 12 Oct 2023

              "The increase from the Galaxy S23 Ultra with Snapdragon 8 Gen 2 is massive - 15% and 35%, respectively"

              Now that's a chip upgrade. A far cry from the mere 10% of Apple with the A17 "pro".

                • J
                • JAcktackle
                • 39y
                • 12 Oct 2023

                What else is new?
                Can a smartphone achieve 20x optical?
                CAn you raise your standards to that extent that no one can touch you?
                A bit of processing upgrade don't make a phone stand out even the AI new features like pixel. What's more imp is a camera.

                  Great sign of performance for a no production unit!! Surely Samsung will tweak the performance with great vapor chamber cooling.

                  Disregard the kiddies complaining without a full production unit to base theie assumptikns and fears on.

                  Even if Exynos 2400 comes to the S24, Samsung could bump through cores speeds ans thus performance with proper cooling snd isolation where heat would not be a problem. The latest 2 reports this month of the 2400 show great promise in its performance - 2nd gen ray tracing means gaming and thus Samsung Dex would not be an issue. Samsung is learning heavily from development of the 3nm SD 8 Gen3 that theie producing for Qualcomm.

                  Proper deduction seems lost on the whiners basing theie complaints from 2yrs ago and a very old production fabrication process back then. Some companies have leaps in technology here and there.

                  As the saying goes we shall see.

                    lel and again its waste yet again samsung wont able to build proper cooling like all flagships, ex: xiaomi 12t with sd8+gen 1 perform better than s23u sd8 gen 2 oc(samsung olny won in benchmarks scores but lost when real world uses)

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