SMIC 28nm MPW: A Cost-Effective Path for IoT and Industrial ASIC Programs
For many ASIC programs, the question is not which is the most advanced node, but which node gives the best balance of cost, yield and time-to-market.
SMIC's 28nm platform continues to be a strong answer for IoT, industrial and consumer applications, especially when MPW shuttle access is part of the path.
Why 28nm Still Matters in 2026
28nm remains a sweet spot for applications that do not need advanced-node performance but still benefit from a modern process for power and area efficiency.
IoT sensors, industrial controllers, automotive edge devices and consumer ASICs are typical fits.
- Mature yield curve reduces production risk
- MPW shuttle frequency is higher than advanced nodes
- Package and test ecosystem is well-established globally
MPW on SMIC 28nm: What to Expect
MPW shuttles on SMIC 28nm typically run on a regular calendar, giving design teams predictable windows for prototype silicon.
TOMPW Service supports the full handoff: design rule alignment, tape-out package review, shuttle submission, and downstream packaging/test coordination for global customers.
