Samsung Foundry is on the ropes as its low yields have fabless chip makers turning to TSMC

Samsung Foundry is on the ropes as its low yields have fabless chip makers turning to TSMC

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Samsung's mastery in a dangerous stagnation. After you were unable to attract any senior customers for his 3NM node, he faces the same problem with his 2nm knot. Part of the problem is that the TSMC competitor's return by 60-70 % at 2NM is much higher than the 30 % revenue Samsung Samsung in 3NM and 2NM. The return is the percentage of the potato cut from the silicon chip that passes the quality of quality. Chips that do not pass in a basket and can be used on other devices, a process known as "binning".

The low return of Samsung Foundry costs IT customers. Google has turned into TSMC for its Tensor G5 processor (AP) Pixel 10 series. Qualcomm decided to stick to TSMC to get Snapdragon 8 Elite 2 AP instead of returning to Samsung Foundry. The chips designer who is a suitable agent is usually responsible for the costs needed to build defective chips. This explains why Samsung Foundry decreased during the past year by 8.1 % from 9.1 % during the third quarter of 2024. The market share in TSMC in global business reached 67.1 % during the fourth quarter of last year. .

Read the TSMC customer list like Whin from the leadership of mobile and suppliers producers, including:

  • apple
  • Mediaatek
  • Qualcomm
  • Broadcom
  • Google
  • Nafidia
Currently, the only important integrated circuit (IC) on the Samsung Foundry dance card is Exynos 2600. This will be built on the Samsung Foundry 2NM process, which means this Samsung can overcome Apple to the market and launch the first mobile device to be operated with a 2NM application processor. It was the first Apple in 5nm where the A14 Bionic operated the fourth generation iPad Air in 2020. IPhone 12 series. In 2023, and iPhone 15 Pro and The iPhone 15 Pro Max was the first phones to be played by 3nm AP, A17 Pro.

Apple expects the A19 and A19 Pro Chipsets to be produced this year by TSMC using a 3 -generation 3Nm knot (N3P). The complex numbers are important because the numbers are shrinking, as well as the size of the transistors placed in the slide. This means that it can not only fit with the slide (known as the number of transistors) but it can suit more within a specific area of ​​the chip (known as the transistor density). The presence of more transistors makes AP faster and more efficient in energy use.


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Samsung’s mastery in a dangerous stagnation. After you were unable to attract any senior customers for his 3NM node, he faces the same problem with his 2nm knot. Part of the problem is that the TSMC competitor’s return by 60-70 % at 2NM is much higher than the 30 % revenue Samsung Samsung in 3NM and 2NM. The return is the percentage of the potato cut from the silicon chip that passes the quality of quality. Chips that do not pass in a basket and can be used on other devices, a process known as “binning”.

The low return of Samsung Foundry costs IT customers. Google has turned into TSMC for its Tensor G5 processor (AP) Pixel 10 series. Qualcomm decided to stick to TSMC to get Snapdragon 8 Elite 2 AP instead of returning to Samsung Foundry. The chips designer who is a suitable agent is usually responsible for the costs needed to build defective chips. This explains why Samsung Foundry decreased during the past year by 8.1 % from 9.1 % during the third quarter of 2024. The market share in TSMC in global business reached 67.1 % during the fourth quarter of last year. .

Read the TSMC customer list like Whin from the leadership of mobile and suppliers producers, including:

  • apple
  • Mediaatek
  • Qualcomm
  • Broadcom
  • Google
  • Nafidia
Currently, the only important integrated circuit (IC) on the Samsung Foundry dance card is Exynos 2600. This will be built on the Samsung Foundry 2NM process, which means this Samsung can overcome Apple to the market and launch the first mobile device to be operated with a 2NM application processor. It was the first Apple in 5nm where the A14 Bionic operated the fourth generation iPad Air in 2020. IPhone 12 series. In 2023, and iPhone 15 Pro and The iPhone 15 Pro Max was the first phones to be played by 3nm AP, A17 Pro.

Apple expects the A19 and A19 Pro Chipsets to be produced this year by TSMC using a 3 -generation 3Nm knot (N3P). The complex numbers are important because the numbers are shrinking, as well as the size of the transistors placed in the slide. This means that it can not only fit with the slide (known as the number of transistors) but it can suit more within a specific area of ​​the chip (known as the transistor density). The presence of more transistors makes AP faster and more efficient in energy use.



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