
SC26
- November 15 – 20, 2026
- Chicago, Illinois, USA
- Organized by SC Conference Series
Public source
ASML TWINSCAN DUV systems are the company’s deep-ultraviolet lithography platform.
Distinct from NXE and High-NA EXE EUV.
Official DUV product pages describe immersion ArF tools as high-volume workhorses for advanced logic and memory, and dry ArF, KrF and i-line tools for remaining layers that do not require EUV. Individual NXT and XT scanner models are SKUs of this platform, not separate listings. ASML states that EUV prints the most intricate layers while DUV prints the rest, and that both will be required in parallel for many years. Overlay, throughput and node claims should be taken from ASML’s current DUV documentation.
Described for high-volume logic and memory manufacturing alongside EUV
UMC 22ULP/ULL is the foundry’s 22-nanometer ultra-low-power / ultra-low-leakage logic process platform.
View solutionSMIC 28nm HKMG is the foundry’s published 28-nanometer high-k metal-gate logic process, documented in SMIC newsroom coverage.
View solution3D AI Foundry is a publicly named Powerchip foundry ecosystem.
View solutionGaN wafer and application-specific device development for RF and related semiconductor projects.
View solutionEpitaxial deposition equipment for silicon-carbide semiconductor manufacturing.
View solutionASM Atomic Layer Deposition technology enables highly controlled, layer-by-layer deposition of ultrathin conformal films for advanced semiconductor logic, memory and packaging structures.
View solution