www.hardwaretimes.com/...-n5n4-capacity-to-quadruple-in-2023/
"Last year, Apple was TSMC’s sole client with access to its cutting-edge 5nm EUV chip capacity. That is set to change by this year’s end as the foundry is ramping up the capacity of 5nm and its derivative 4nm wafers. The overall 5nm production for this year is expected to be more than twice as much as in 2020, with a planned increase of 4x for the 4nm and 5nm capacity by the year 2023....
2022 and 2023 should see an increase in the foundry’s 5nm client base with AMD, MediaTek, and Qualcomm all expected to leverage the advanced node. MediaTek’s next-generation Dimensity 2000 series and AMD’s Zen 4/RDNA 3 processors are slated to take advantage of the N5 and N4 processes, although it’s unclear whether supply will be sufficient to reasonably meet demand."
"Last year, Apple was TSMC’s sole client with access to its cutting-edge 5nm EUV chip capacity. That is set to change by this year’s end as the foundry is ramping up the capacity of 5nm and its derivative 4nm wafers. The overall 5nm production for this year is expected to be more than twice as much as in 2020, with a planned increase of 4x for the 4nm and 5nm capacity by the year 2023....
2022 and 2023 should see an increase in the foundry’s 5nm client base with AMD, MediaTek, and Qualcomm all expected to leverage the advanced node. MediaTek’s next-generation Dimensity 2000 series and AMD’s Zen 4/RDNA 3 processors are slated to take advantage of the N5 and N4 processes, although it’s unclear whether supply will be sufficient to reasonably meet demand."