Apple will soon launch new Macbook Pro and Air models with its own processor Silicon M1. It is a matter of curiosity how this new hardware, which has made a tremendous impact in the computer world, will perform against experienced Intel. So what are the differences between the Silicon M1 and its closest Intel competitor, let’s see together.
Apple previously announced that they will use their own processors Apple Silicon M1 in new Macbook models. Apple, which previously used Intel processors in its Macbook laptops, stated that it will now use its own processors in its ecosystem and that we may start using Apple Silicon in Macbook Air and Macbook Pro models in the near future.
It is a fact that Intel has been very successful and experienced in processor for a long time. However, the success of Apple’s own hardware cannot be ignored. Apple is gradually removing Intel from its models Apple Silicon We wanted to take a look at the differences between the two processors.
Differences between Intel and Apple Silicon:
- Architectural
- Apple Silicon M1: 5 nm ARM
- Intel Tiger Lake: 10 nm Willow Cove
- Core structure:
- Apple Silicon M1: 8 cores, 8 threads
- Intel Tiger Lake: 4 cores, 8 threads
- Maximum speed:
- Apple Silicon M1: 3,10 GHz
- Intel Tiger Lake: 4,8 GHz
- GPU:
- Apple Silicon M1: 8 çekirdek, 3,2 GHz
- Intel Tiger Lake: X çekirdek, 4,8 GHz
- Wireless connection:
- Apple Silicon M1: 5G (later), Wi-Fi 6
- Intel Tiger Lake: Wi-Fi 6, 5G
- Connection support:
- Apple Silicon M1: USB 4.0, Bluetooth 5.0, Thunderbolt 3.0
- Intel Tiger Lake: Thunderbolt 4.0, Bluetooth 5.0, Thunderbolt 3,0
Technicial Specifications:
Architectural:
Apple Silicon The M1 is a processor with Arm architecture and Arm architecture promises higher performance and thermal efficiency. Taking advantage of this thermal efficiency, Apple had the chance to completely remove the cooling fan from Macbook Air model laptops. While Intel has 10 nm power in the Tiger Lake Willow Core architecture, in the Apple Silicon M1 processor, this hardware is a much more advanced technology. With 5nm power we see that it will work. Having fewer nanometers in the processors means they are smaller and consume less energy. Of course, the main problem with smaller processors is heating and high performance.
Core structure
Apple battery life on M1 processors using 8 cores and 8 threads to increase as much as possible focused. Four of the cores owned by the processor are designed for high performance and the other four are designed for high efficiency. When we look at Intel’s most powerful Tiger Lake chipset for comparison, only 4 cores and we see that 8 threads are used.
Although Apple seems to have surpassed Intel in terms of kernels, this element does not seem to worry Intel officials. An Intel representative stated that the core counts less than Apple does not pose a problem. from all brands on the market says it already has high performance.
While both brands speak very assertively against themselves, Apple Silicon M1 processor It claims to be “the best CPU performance per watt in the world”. We will see how powerful and efficient Apple cores are in the future.
Maximum speed
Although Apple is extremely ambitious about the core, it seems to be a bit of a class in frequency speed. The M1 chip can reach a maximum of 3.10 GHz, while the Intel Core i7-1185G7 processor can deliver up to 4.8 GHz. However, it should be noted that the architecture of both brands completely different from each other This is why comparing the technical features one-to-one may not give accurate results.
GPU
Both Apple and Intel are about the graphics card. with ambitious news continues to come up. Apple allocates 8 cores in total to the graphics card, “World’s fastest integrated graphics on personal computers “ claims to have. While Intel has also announced the new Xe architecture to be used in graphics cards, we will see which side will win the GPU battle in the future.
Wireless connectivity and connectivity support:
Macbook models with Tiger Lake processors with Intel had 5G connectivity, Thunderbolt, 8K HDR display and Wi-Fi 6 support. We will see the same features in Apple’s Silicon processors, except for 8K HDR display support. Apple, in the future Apple Silicon said that the set will support 5G connectivity. Some claims, however, it has the M1 processor first released models It says 5G connectivity will not be supported.
Performance
- Graphic performance:
- Apple Silicon M1: 8K Video, 3D rendering
- Intel Tiger Lake: AAA games in 1080p quality
- Battery life:
- Apple Silicon M1: Macbook Air: 18 saat, Macbook Pro 13 inç: 20 saat
- Intel Tiger Lake: Macbook Air: 10 in, Macbook Pro 13 inç: 12 in
Graphics performance:
Intel, new Xe architecture It has indeed spared a large budget for graphics cards, but Apple’s claim of “the world’s fastest integrated graphics in personal computers” put both brands in a big competition.
It is claimed that games such as Borderlands 3, Far Cry New Dawn and Hitman 2 can be played comfortably in 1080p quality on the most powerful Tiger Lake chips. Apple, as it is known, is designed with high-level budgets AAA games It does not allow it to be played comfortably.
Still Apple, Apple Silicon M1 chips It claims to easily handle demanding tasks such as smoothly playing 8K videos and creating 3D scenes with ease. Macbook Pro laptops were already able to successfully perform such tasks, but it was a great advantage that Macbook Air models, which are generally designed for daily use, can handle these tasks.
Battery life
Another feature of Apple Silicon processor that makes the biggest difference is battery life It comes across as. Normally Macbook Air with Intel processor has 10 hours, Macbook Pro 13 inches has 12 hours of battery life, while the new Apple Silicon M1 Macbook Air with processor will have 18 hours, Macbook Pro 13 inches will have 20 hours of battery life.
Which one to choose?
Apple Silicon M1is truly an exciting innovation for future Macbook notebooks. The promises of both performance and battery life of the processor are likely to break new ground in laptops. However, in order to verify these claims, Macbook laptops with the new Apple Silicon M1 processor need to be tested by users. These new models will be released on November 17, 2020.
We have already mentioned that the Apple Silicon M1 processor has ARM architecture. Some applications and programs are not yet compatible with ARM architecture. may not be ready. Therefore, if you are doing your work on your computer, you should first observe how well or badly Rosetta can optimize applications and programs.
If you’re in a hurry to buy a laptop, it’s okay to buy Macbook models with Intel processors. After all, the high performance of the models from proven data occurs. However, if you are in no hurry and want to plan ahead, Apple’s within its own ecosystem It seems like buying a Macbook with hardware will be a smarter and more exciting choice.
