Krivi Specialty I/O Library Support UMC 28nm
There is an industry consensus about 28nm, the technology node is here to stay, and to stay for very long. If we except 20nm node, which by opposition will have a very short lifetime, 28nm is the last node following the economic part of Moore’s law: designing on smaller technology allows building cheaper IC when you integrate the same functions, or to integrate two fold more gates at the same price. If a chip maker has deep enough pocket to afford huge development cost (R&D cost in the $80 to $100 million) he can target 16FF or even 10FF, the resulting IC will be faster and lower power but not necessarily cheaper than on 28nm.
To read the full article, click here
Related Semiconductor IP
- High-performance MCU core with privilege modes and MPU (32 or 64 bit)
- 3.3V to 0.75*VCC33A with 5mA driving capability with external capacitor; Linear Regulator; UMC 55nm LP/RVT LowK Logic Process
- 3.3V to 2.5V with 5mA driving capability; Capacitor-free Linear Regulator; UMC 0.11um HS/AE Logic Process
- 3.3V to 2.5V with 5mA driving capability; Capacitor-free Linear Regulator; UMC 28nm HPC Process
- 3.3V to 2.5V with 5mA driving capability; Capacitor-free Linear Regulator; UMC 40nm Logic/Mixed-Mode Low Power Process
Related Blogs
- UMC Wins Qualcomm 28nm Second Source Contract!
- Netbook Chip-Set Orders To Max Out Capacity At TSMC & UMC
- TSMC risk production: what does it mean for 28nm?
- UMC versus GLOBALFOUNDRIES
Latest Blogs
- FiRa 3.0 Use Cases: Expanding the Future of UWB Technology
- Cadence Announces Industry's First Verification IP for Embedded USB2v2 (eUSB2v2)
- The Industry’s First USB4 Device IP Certification Will Speed Innovation and Edge AI Enablement
- Understanding Extended Metadata in CXL 3.1: What It Means for Your Systems
- 2025 Outlook with Mahesh Tirupattur of Analog Bits