South Korea considers establishing TSMC KSMC
During a seminar held by the National Academy of Engineering of Korea (NAEK) on December 18, South Korean industry & academia proposed creating a “KSMC” (Korea Semiconductor Manufacturing Company) to address Nation’s semiconductor industry challenges & Samsung's failure to compete With TSMC.
It is estimated that a KRW 20 trillion ($13.9 billion) investment in KSMC could generate KRW 300 trillion ($208.7 billion) in economic benefits by 2045. The initiative would also support many smaller semiconductor companies, which relies solely on Samsung’s advanced nodes under 10nm.
TSMC maintains a balanced ecosystem with the help of foundries like UMC and PSMC. These two focus on manufacturing wafers on older lithography, while TSMC focuses on advanced technology. The same ecosystem could exist in South Korea for KSMC with the help of tax & credits benefits. SK Hynix CEO suggested repurposing some of Samsung’s legacy facilities as part of the plan.
During a seminar held by the National Academy of Engineering of Korea (NAEK) on December 18, South Korean industry & academia proposed creating a “KSMC” (Korea Semiconductor Manufacturing Company) to address Nation’s semiconductor industry challenges & Samsung's failure to compete With TSMC.
It is estimated that a KRW 20 trillion ($13.9 billion) investment in KSMC could generate KRW 300 trillion ($208.7 billion) in economic benefits by 2045. The initiative would also support many smaller semiconductor companies, which relies solely on Samsung’s advanced nodes under 10nm.
TSMC maintains a balanced ecosystem with the help of foundries like UMC and PSMC. These two focus on manufacturing wafers on older lithography, while TSMC focuses on advanced technology. The same ecosystem could exist in South Korea for KSMC with the help of tax & credits benefits. SK Hynix CEO suggested repurposing some of Samsung’s legacy facilities as part of the plan.
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Unisoc Rebrands Its Chips to Sound Like MediaTek
Chinese fabless semiconductor company UNISOC (formerly Spreadtrum) has rebranded its entire chipset lineup and it looks like they’re trying to copy MediaTek. By the way, you will be surprised, but there are not so many "smartphone" chipsets on their official website, rather just ten SoCs and all are manufactured by TSMC on 6nm process
Out of 10 chipsets, only the old Unisoc SC9863A and Unisoc SC9832E have not changed their names and this is what they got with their new naming.
5G chipsets:
Old name New name
Unisoc T760 Unisoc T8100
Unisoc T765 Unisoc T8200
Unisoc T820 Unisoc T9100
4G chipsets:
Old name New name
Unisoc T606 Unisoc T7200
Unisoc T612 Unisoc T7225
Unisoc T615 Unisoc T7250
Unisoc T616 Unisoc T7255
Unisoc T620 Unisoc T7280
Chinese fabless semiconductor company UNISOC (formerly Spreadtrum) has rebranded its entire chipset lineup and it looks like they’re trying to copy MediaTek. By the way, you will be surprised, but there are not so many "smartphone" chipsets on their official website, rather just ten SoCs and all are manufactured by TSMC on 6nm process
Out of 10 chipsets, only the old Unisoc SC9863A and Unisoc SC9832E have not changed their names and this is what they got with their new naming.
5G chipsets:
Old name New name
Unisoc T760 Unisoc T8100
Unisoc T765 Unisoc T8200
Unisoc T820 Unisoc T9100
4G chipsets:
Old name New name
Unisoc T606 Unisoc T7200
Unisoc T612 Unisoc T7225
Unisoc T615 Unisoc T7250
Unisoc T616 Unisoc T7255
Unisoc T620 Unisoc T7280
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Redmi Turbo 4 first look.
COLOUR - Cloud White
- Slightly curved frame
- The red waistline runs through the frosted soft fog glass back cover
- Diamond Double-stitched texture
- two circular RGB Light Band inside the camera DECO
#REDMI #REDMIturbo4
COLOUR - Cloud White
- Slightly curved frame
- The red waistline runs through the frosted soft fog glass back cover
- Diamond Double-stitched texture
- two circular RGB Light Band inside the camera DECO
#REDMI #REDMIturbo4
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