SMIC Graduating from 14nm to Something Sort of Akin to 7nm
By Steve Gu, EE Times China
March 16, 2020
Published reports that SMIC is preparing a 7-nanometer production process are incorrect. The error is understandable, however, as it is based on favorable comparisons SMIC has been making between its newest process technology (called N+1) and rivals’ 7nm processes.
With Donald Trump’s trade war nowhere near a resolution, Chinese semiconductor designers are shut out of the world’s most advanced manufacturing facilities. That puts pressure on Chinese foundries — particularly SMIC, the largest fabrication facility in China — to catch up. SMIC’s most advanced line in production has a 14 nm process. Had the company jumped from 14nm to 7nm, that would have been an extraordinary leap.
To read the full article, click here
Related Semiconductor IP
- 50MHz to 800MHz Integer-N RC Phase-Locked Loop on SMIC 55nm LL
- NFC wireless interface supporting ISO14443 A and B with EEPROM on SMIC 180nm
- NFC wireless interface supporting ISO14443 A and B on SMIC 180nm
- SMIC 55nm sub-LVDS Receiver
- SMIC 55nm sub-LVDS Receiver
Related News
- FDSOI roadmap renames next node as 14-nm
- SJSemi and Qualcomm Jointly Announce Mass Production of 14nm Wafer Bumping Technology
- SMIC to start 14nm risk production in H1 2019
- Innosilicon multiple high-speed interface IPs, based on the SMIC 14nm process, R&D and mass production proven
Latest News
- Virtusa Acquires Bengaluru based SmartSoC Solutions, Establishing Full-Stack Service Offering from Chip to Cloud and Driving Expansion into the Semiconductor Industry
- Consumer Electronics and AI Product Launches Lift 3Q25 Top-10 Foundry Revenue by 8.1%, Says TrendForce
- Joachim Kunkel Joins Quadric Board of Directors
- RaiderChip NPU leads edge LLM benchmarks against GPUs and CPUs in academic research paper
- SEMIFIVE Secures AI Semiconductor Design Projects in Japan, Accelerating Global Expansion with New Local Subsidiary