A fierce competition is brewing in the semiconductor industry as key players TSMC, Intel, and Samsung Foundry
prepare to launch mass production of 2nm chips next year, coinciding with the ongoing advancements in 3nm
technology. The anticipated release of smartphones powered by 3nm chips sets the stage for this next-generation
battle.
TSMC to Lead with Advanced 3nm Technology for Apple's A19 Processors
TSMC is set to utilize its third-generation 3nm node for the upcoming Apple A19 series application processors,
following its successful launch of the A18 and A18 Pro chips using the second-generation 3nm node. The iPhone 15
Pro and iPhone 15 Pro Max showcased the first 3nm chipset, highlighting TSMC's pivotal role in Apple's product
lineup.
The iPhone 15 Pro and iPhone 15 Pro Max (shown) are the inaugural models featuring a 3nm chip. | Image
credit - Apple
As the largest contract foundry globally, TSMC is filling its order books for 2nm production, with a notable
commitment from Apple slated for 2026. Additionally, leading firms like AMD, Nvidia, MediaTek, and Qualcomm are
keen on collaborating with TSMC, placing it in a favorable position against its rivals Intel and Samsung Foundry
in the race for 2nm orders.
In contrast, Samsung Foundry has encountered challenges with yields at the 4nm, 3nm, and even 2nm processes.
Recent history shows that Samsung's struggling yield in producing Qualcomm's Snapdragon 8 Gen 1 chip led to the
loss of that order to TSMC. With improvements made, Samsung's yield for 4nm production now stands at 70%, but
confidence in their 2nm capabilities remains a concern.
The Gate-All-Around (GAA) transistor technology being developed allows for improved control over drive current
and reduces leakage, leading to the creation of more powerful and energy-efficient chips, setting the stage for
a technological leap forward in the industry.
Intel's Turmoil Amidst the 2nm Race
Meanwhile, Intel faces its own set of challenges. After the resignation of CEO Pat Gelsinger in December and
amidst ongoing organizational upheaval, the company's strategy for the contract foundry business is under
scrutiny. While a path to produce 1.8nm chips is anticipated, the absence of a permanent leader makes progress
uncertain. Currently, only Amazon Web Services has committed to Intel's A18 process node, highlighting a slower
uptake in clients compared to competitors.
Given TSMC's robust client roster and strong market position, it stands poised to dominate the upcoming 2nm
production battle, leaving Intel and Samsung to scramble for a foothold in this competitive landscape.
The anticipated release of smartphones powered by 3nm chips sets the stage for this next-generation battle.