Do Auto MCUs Need Proprietary Flash?
@28nm, IDMs may give up proprietary NVM
Junko Yoshida, EETimes
5/9/2014 03:15 PM EDT
MADISON, Wis. — Globalfoundries this week rolled out a 55-nm semiconductor manufacturing platform, specifically designed to meet the stringent needs of the automotive industry.
The foundry's new automotive platform supports the implementation of non-volatile memory (NVM) in MCUs and SoC designs. Globalfoundries is also making available, on the same 55-nm platform, SST's embedded flash technology -- based on the SST-Microchip SuperFlash split-gate design. This opens a licensing door to second- or third-tier automotive chip suppliers with no flash technology of their own.
Cerntainly, there are other foundries also offering SST technology on their automotive qualified platforms. But Globalfoundries believes it's the first to make it available on 55-nm.
The move toward licensable NVM technologies reflects "the changing automotive foundry landscape," Paul Colestock, director of segment marketing at Globalfoundries, told EE Times.
Related Semiconductor IP
- 512x8 Bits OTP (One-Time Programmable) IP, GLOBALFOUNDRIES 0.13um BCD 1.5V/5V Process
- 5V ESD Clamp in GlobalFoundries 180nm LPe
- DDR4 Multi-modal PHY - GLOBALFOUNDRIES 12nm
- DDR3 PHY - GLOBALFOUNDRIES 12nm
- DDR4 PHY - GLOBALFOUNDRIES 12nm
Related News
- Hua Hong Semiconductor Launches 0.11um Ultra-Low-Leakage Embedded Flash Process Platform That Delivers Powerful MCU Solutions for IoT
- Cypress MicroSystems and Melexis Team to Provide Auto Manufacturers With Complete Solution for LIN Bus Communications
- IBM drops proprietary net processor architecture
- Off-the-shelf MCU tweaked for ASIC-like duty
Latest News
- HPC customer engages Sondrel for high end chip design
- PCI-SIG’s Al Yanes on PCIe 7.0, HPC, and the Future of Interconnects
- Ubitium Debuts First Universal RISC-V Processor to Enable AI at No Additional Cost, as It Raises $3.7M
- Cadence Unveils Arm-Based System Chiplet
- Frontgrade Gaisler Unveils GR716B, a New Standard in Space-Grade Microcontrollers