![]() In that case, Volkswagen added software to detect whether it was being tested and then temporarily adjusted its system to provide better test results. Which is in stark contrast to what happened with Volkswagen when it was caught doing a very similar thing with emissions tests on its diesel cars. But when Apple designs its custom silicon, its sole intent is to make it work well with iOS hence, the software is able to take full advantage of the chip's true power."Samsung has vigorously contested liability in this case, including through two partially successful dispositive motions and an appeal to the Ninth Circuit seeking the enforcement of an arbitration clause… Plaintiff's sole remaining claim against Samsung is a claim under the 'unfair' prong for unfair business practices under the UCL." Safety issueĮven after five years in the courts, it still hadn't been agreed that there was even a case to answer for Samsung cheating on the benchmark tests because, under California law, Samsung said it was under no duty to disclose its code. Since Android chip makers like Qualcomm and MediaTek sell to many smartphone brands, their chips are designed using a one-size-fits-all approach. ![]() This means your phone will detect that it's getting really hot and will start to throttle in order to reduce the workload on the processor.Īnother factor that influences benchmark scores is the attunement of hardware and software. ![]() However, when things start to go south and the phone can't handle the heat anymore, the only solution left is to bring down the performance using software magic. The longer the device is kept from overheating, the longer you can use it. This is usually done via a liquid cooling mechanism, but some manufacturers go so far as to add a physical turbofan and air ducts to the device to push out hot air, much like what we saw on the Nubia Red Magic 7. With a built-in cooling system, the goal is to cool down the device to increase its sustained performance. There are mainly two solutions to this problem: built-in cooling systems or software optimization. Chip makers like Qualcomm can continue to release more powerful chips each year, but all that power is useless if it burns your hands while using your phone. One of these problems-and it's a big one-is overheating. If it pushes further than that, you start to experience all sorts of problems. Simply put, the brain can only push as much as the body is built to handle. Since these components are designed in-house by smartphone companies and are unique to each model, they can create a variance in the overall performance, reflecting different benchmark scores. The quality of these components contributes to how well the processor is able to do its job. There are so many components and sensors in your phone that help the processor achieve its objectives, such as the battery, memory chip, transceiver, DAC, and more, along with the motherboard that connects everything together. A smart brain with a weak body isn't going to get you very far. Think of it like this: the chip is the brain of your phone, but in order to use it to its full potential, you also need an equally competent body. Although the chip does most of the heavy-lifting, it's not the only thing that determines benchmark scores.
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