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TAP TIMES      -45-                                     NOVEMBER 2022


          TrendForce announces  Top 10                          facturing have diverged. TSMC continues

           tech trends for 2023 (Part 1)                        utilizing FinFET structure in mass-pro-
                                                                duced 3nm products in 2H22, which will be
                                                                officially released in 1H23, with the scale
        TAIPEI, Taiwan — Industry consultant
        TrendForce has published its annual                     of mass production increasing quarter by
        listing of Top 10 technology trends for                 quarter.
        2023.
                                                                In 2023, TSMC 3nm products will include
                                                                PC CPU and smartphone SoC.  Samsung
        1. Pure foundry processes
        Pure foundry processes transitioned from                began introducing the GAAFET-based MB-
        Planar Transistor to the FinFET generation              CFET architecture (Multi-Bridge Channel
        starting from the 16nm node.                            Field-Effect Transistor) at 3nm and this
                                                                process will begin mass-production in
                                                                2022.
        After the development of the 7nm process
        and the introduction of EUV lithography                 Cryptocurrency chip
        technology, FinFET structure encountered
        physical limits at the 3nm node. Since                  Its first-generation product is a cryptocur-
        then, the two leaders in advanced manu-                 rency mining chip. In 2023, Samsung will
                                                                                             will focus on sec-
                                                                                             ond generation
                                                                                             3nm processes,
                                                                                             with a goal of
                                                                                             mass-producing
                                                                                             smartphone SoCs.


                                                                                             Both companies
                                                                                             remain focused on
                                                                                             high-performance
                                                                                             computing and
                                                                                             smart phone plat-
                                                                                             forms in the ini-
                                                                                             tial stage of 3nm
                                                                                             mass production
                                                                                             as these prod-
                                                                                             ucts have higher
                                                                                             requirements for
                                                                                             improving perfor-
                                                                                             mance, lowering
                                                                                             power consump-
                                                                                             tion, and reducing
                                                                                             chip area.

                                                                                             For mature pro-
                                                                                             cesses above
                                                                                             28nm, foundries
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