Speaking of the world's strongest chip manufacturer, it must beTSMCHowever, judging from market share, TSMC has already won 50% + of global OEM orders,apples,QualcommWell-known chip manufacturers such as MediaTek, and AMD are all TSMC customers and have numerous “fans.”
Judging from the chip manufacturing process, the 5nm process has now been implemented, and all other manufacturers are fast and slow after 5nm, but the same thing is that everyone is catching up with TSMC behind TSMC.
In fact, it's not just the 5nm process, starting at 20nm, to 16nm, 16nm+, 10nm, 7nm, 7nm+, and 5nm. At all of these nodes, TSMC's progress is number one in the world, and no one can keep up with it.
Perhaps in TSMC's eyes, as long as it runs fast enough, then no one can catch up to it, then its position is getting more stable and more unshakable.
In fact, this is also true. Over the years, TSMC's revenue has continued to grow, profits have continued to rise, and market value has continued to grow, and has even surpassedintelIt has become the chip company with the highest market capitalization in the world, and its popularity is second to none.
Recently, TSMC further stated that TSMC's 3nm products can be seen on the market in 2021, and TSMC also plans to achieve large-scale mass production of 3nm products in 2022.
However, Samsung, which has always closely followed TSMC, has previously stated that it will not enter the 3nm node until 2023, which means that at the 3nm node, Samsung may be one more year behind TSMC, which means that the gap between Samsung and TSMC is also getting wider, and TSMC is truly eradicating everything.
Of course, TSMC is running so fast, and there are many different sounds along the way. For example, TSMC's process cannot stand up to scrutiny, especially when compared to Intel's process.
Because in terms of logic density, Intel's 10nm is not inferior to TSMC's 7nm, and Intel's 7nm is not inferior to TSMC's 5nm. It's just that Intel is unwilling to falsify in this way, always adheres to Moore's Law and uses logical density to restrain process nodes, rather than turning process nodes into marketing games like TSMC.
However, this statement cannot have any effect on TSMC, and TSMC's orders cannot be completed. Whoever talks to you about logical density is too lazy to pay attention to you!