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It’s compatible on PS4 with the T-GT and T300-Series racing wheel bases, on Xbox One with the TS-XW Racer and TX-Series racing wheel bases, and on PC with all racing wheels available on the market.Intel Iris Xe Max and Tiger Lake Handbrake video encode compared to a Core i9-10980HK and GeForce RTX 2080 combination. The TSS Handbrake Sparco Mod + is a two-in-one product with two different modes: progressive handbrake mode, and sequential shifter mode. Once libdvdcss is.FEATURES. Download Libdvdcss on Windows. Copy and paste the DLL file under C: Program Files Handbrake. Grabs free and open source tools as needed: Intel Power Gadget (measuring and logging), HandBrake CLI (x264 transcoding), Prime95 (CPU stress), GpuTest (GPU stress), gfxCardStatus (GPU switching), Ggraphics Layout Engine (graph plotting), ImageMagick (better image processing than sips) Grabs the free movie Big Buck Bunny in 1080p (692 MB) as neededThe power, consumption and efficiency of the Apple M1 processor, to the test: a before and after in numbers and in real usedll (32bit or 64bit) first.
Against this, the tests in Intel say that the energy oscillation of the processor is much higher, and rises more with tasks in the background.The M1 has an eight-core CPU: four high-performance Firestorms, and four high-efficiency Icestorms, all of which can work at the same time.When writing this on a 2018 MacBook Pro with an i5-8259U processor, and with only the text editor open, its consumption between half a watt of use and 7 watts. This is the real key to the amazing autonomy that we have seen in the reviews of the new MacBook Air and MacBook Pro: the chip consumes much less than a watt doing many of the day-to-day tasks , with tremendous consistency. The first surprise: the concept of consumption at rest changes with the M1 thanks to its Icestorm coresAfter many years with Intel, in which the consumptions could be consulted with Intel Power Gadget and ‘Activity Monitor’, what is most surprising in the M1 is that once all the common applications in daily use are open, the use of the cores is very low and, above all, that the four high-performance CPU cores, called Firestorm, are hardly used once everything was working.That totally changes the concept of rest , since it can be considered that almost any task such as browsing the web, office automation, playing videos, etc., uses energy close to that which is consumed without doing anything. Let’s see what makes the M1 a revolutionary chip in benchmarks and in real use, with facts and figures that put Apple’s milestone in context, and that may soon be from Qualcomm, HiSilicon, Samsung or Nvidia itself. As a package containing CPUs, GPUs, Apple Neural Engine and more, this is a piece of hardware worth further dissecting. The arrival of Apple’s M1 chip to your computers is a perfect time to compare with other computers in its price range and even higher.
So when arriving in M1, it was understood that those high-efficiency Icestorm cores from M1 were really small cores. That was one of the mentions of the critically-criticized Keynote presentation of the M1 that surprised, because when carrying the word efficiency in its name and not performance, the logical thing is to think that they are much less powerful.For years, the ARM-Android world has been using the Cortex A55 architecture, used for high-efficiency cores complementary to those of the Cortex A75, A76, A77 or A78 architecture. Apple had bragged that the M1’s four high-efficiency cores on their own were on par with the 10th-generation dual-core i3 of the early 2020 MacBook Air. Behind this magic are the four highly efficient CPU cores, which for me are the big surprise of the chip.
It’s not difficult at all, but it does require disabling System Integrity Protection. So far, beyond Anandtech’s analysis, focused on the A14, which shares architecture with the M1 but differs, we have not been able to know if this was true.This issue interested me both to know how it is that high-efficiency cores have so much prominence in the day-to-day, performing almost all the normal tasks of the system, and to know what they were really capable of , to know what Apple can do with them in the future and if he only used them exclusively.To do this, I decided to disable the high-performance Firestorm kernels, something that the system does not offer, but which I managed with help, with good luck and using the command line. We are not talking about something minor, as the A76 is used as a high-performance core in recent chips as powerful as the Snapdragon 855, the Kirin 990 or the Exynos 990.Icestorm – decent power, amazing efficiencyThose for small, high-efficiency cores are one of the great keys to the M1.Apple said that the four high-efficiency cores consume a tenth of the power of the four high-performance cores , which are considered the jewel in the crown because they are the ones that allow computers to outperform their predecessors with Intel. According to Anandtech, in the Apple A14 of the iPhone 12, which also uses Icestorm cores, these cores are on par with Cortex A76 cores at 2.2 GHz, with 3 times more energy efficiency. The concept is different from the A55 used in SoCs on Android, as Apple’s architecture is much more modern and powerful.
Of course, that weakness is relativized thinking that it is the single core power of a Snapdragon 845, the star SoC in Android in 2018. This is the result of running the famous benchmark using only the Icestorm cores :Geekbench 5 test using only the four high-efficiency Icestorm cores.As we can see, the performance in single core is low , on the level of what Apple provided in the cores of the A9 in the iPhone 6s five years ago. This will give us a first idea of which mobile and desktop processors they are comparable to.
Let’s see, before moving on to that, the result in Geekbench 5 of the entire M1, as it comes from the factory:Geekbench 5 test using all the cores from the M1 on the MacBook Air, as shipped from the factory. With quad-core high-performance running at 3.15 GHz and four high-efficiency, the SQ2 chip in the Surface Pro X 2020 is only 56% faster than the four high-efficiency cores in the M1 running at 2.06 GHz (3,100 points in Geekbench 5 versus 1977 of the Icestorm).But the key to these cores, as we will see, is not their already decent power, but their efficiency. Of course, in multi core, the four Icestorm cores are comparable to what Apple promised : a MacBook Air i3 from 2020, also similar to the Pro with i5 two cores from 2017 of the seventh generation.For even more perspective on the high-efficiency quad-core data, let’s review how they stack up against the Surface Pro X 2020, the best the world has ARM and Qualcomm in Windows 10 laptops. To find equivalent Macs, we can go, for example, to 2013 or 2014, when my old MacBook Pro scored 515 points in single core.
Compared to the i7, which it surpasses in the case of the MacBook Pro M1, which is better cooled than the Air M1, the M1 manages to exceed Intel’s efficiency by almost six times , with consumption also almost six times lower. The Icestorm cores in the M1 achieve three times the efficiency of the M1 overall, with about ten times less power. This is how it turned out:As we can see, the situation repeats itself. In the MacBook Air M1 we have done the test both as it comes from the factory, with its eight cores, as with the four of high efficiency exclusively. I feel like calling it a revolution is over the top, but it’s just what it is.In all tests, we will test the M1 with its eight cores in full and, in parallel, with limiting the chip to the four high-efficiency Icestorm cores (4C in the tables)In the multi core test of Cinebench R23, we have used the same equipment.
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