Floadia Introduces G1 Automotive eFlash IP on TSMC 180BCD Gen3 for Cutting Edge Vehicle Electronics - Embedded Computing Design

Floadia has introduced its latest automotive eFlash IP, the G1, built on TSMC's 180BCD Gen3 process platform. Designed to meet the demanding reliability and performance requirements of next-generation... Read original →

Floadia’s SONOS-based automotive eFlash IP on TSMC’s 180BCD Gen3 platform signals a strategic shift: embedded non-volatile memory is migrating from pure logic nodes into high-voltage analog/power-integrated processes. This pressures upstream IP vendors to rapidly adapt NVM solutions for BCD compatibility, while enabling downstream PMIC and MCU designers to achieve AEC-Q100 Grade 1 compliance without PDK modifications—slashing time-to-market and BOM costs. Yet reliance on a single foundry ecosystem heightens supply chain fragility amid geopolitical volatility affecting Taiwan, China. Competitors like Infineon and NXP may accelerate in-house eFlash integration into their own 180nm BCD platforms to retain control over critical automotive ICs. Over the next 18 months, surging demand for local code storage in ADAS domain controllers will likely cement SONOS as the dominant NVM architecture in 40nm–180nm automotive mixed-signal chips due to its low interference and endurance advantages.