Rapidus’ 2nm “2HP” Process Matches TSMC’s N2 in Logic Density, Surpasses Intel’s 18A
Japan’s Rapidus Corporation continues to make waves in the semiconductor industry, with new data suggesting its upcoming 2nm “2HP” process node will achieve logic densities on par with TSMC’s N2 while surpassing Intel’s 18A node by a significant margin.
Rapidus vs TSMC vs Intel: Logic Density Comparison
According to information shared by @Kurnalsalts, Rapidus’ 2HP node is reported to reach 237.31 MTr/mm² in logic density. This places it nearly identical to TSMC’s N2 process, which currently sits at 236.17 MTr/mm², and considerably higher than Intel’s 18A, measured at 184.21 MTr/mm².
The comparison suggests that Rapidus’ 2nm process will not only compete head-to-head with TSMC but could outpace Intel in density metrics, a surprising achievement for a company that only recently entered the advanced semiconductor spotlight.
Raipidus share the data with 2nm（Named 2HP)
— Kurnal (@Kurnalsalts) August 31, 2025
so that，we can know the NEXT Gen process technology in Logic Density pic.twitter.com/sHsjJB3mn8
This revelation underscores Rapidus’ rapid progress as it seeks to establish itself as Japan’s premier semiconductor player. The company has already attracted interest from global leaders, including NVIDIA, signaling strong potential for collaborations once 2HP enters production.
The 2nm PDK (Process Design Kit) is scheduled for customer availability in Q1 2026, marking a key milestone as Rapidus prepares to scale its technology for broader adoption.
While density isn’t the only measure of success in semiconductor performance, these figures indicate that Rapidus is positioning itself as a serious competitor to long-established industry giants.
Do you think Rapidus has what it takes to stand alongside TSMC and Intel in the high-stakes 2nm race, or will it struggle to scale production when the time comes?
