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Filtering by tag: "automotive semiconductor"

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Renesas 3nm TCAM Architecture Targets Automotive SoCs

Renesas introduces a 3nm FinFET TCAM architecture achieving 5.27 Mb/mm² density, 0.167 fJ per bit search energy, and enhanced functional safety for automotive SoCs, presented at ISSCC 2026.

Renesas, 3nm TCAM, automotive SoC, FinFET memory, ISSCC 2026, ISO 26262, functional safety memory, embedded TCAM, low power TCAM, high density memory, search acceleration, ECC architecture, automotive semiconductor, advanced node memory, 1.7GHz TCAM, cloud edge networking, content addressable memory, semiconductor research, high speed SoC memory

Vishay VODA1275 Cuts Driver Count In HV Switching

Vishay’s VODA1275 is an automotive-grade photovoltaic MOSFET driver built for high-voltage EV and HEV systems. With 20 V typical open-circuit voltage, reinforced isolation, and 8 mm creepage, it helps reduce driver count in pre-charge, charger, and BMS designs.

Vishay, VODA1275, photovoltaic MOSFET driver, MOSFET driver, IGBT driver, isolated gate driver, automotive semiconductor, EV power electronics, HEV systems, pre-charge circuit, battery management system, wall charger, reinforced isolation, SMD-4 package, creepage distance, CTI 600, high-voltage switching, solid-state relay

Renesas 3nm TCAM Architecture Targets Automotive SoCs

Vishay VODA1275 Cuts Driver Count In HV Switching

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