The INNO_IO_PHY provides turnkey physical interface solutions for ICs requiring access to JEDEC-compatible SDRAM devices. It is optimized for low-power and high-speed applications with robust timing and a small silicon area. The IO PHY components contain IO specialized functional and utility IOs up to NV-DDR3 & NV-LPDDR4, support configurable input and output impedance, and automatic impedance calibration with programmable slew rate control for any SDRAM interface.

The INNO_DIFFIO_PHY provides turnkey physical interface solutions for ICs requiring access to JEDEC-compatible SDRAM devices. It is optimized for low-power and high-speed applications with robust timing and a small silicon area. The differential IO PHY components contain IO specialized functional and utility IOs up to NV-DDR3 & NV-LPDDR4, support configurable input and output impedance, and automatic impedance calibration with programmable slew rate control for any SDRAM interface.

The INNO_CALIBRATION_PHY provides turnkey impedance calibration solutions for ICs It is optimized for low-power and high-precision applications with small silicon areas. The impedance calibration PHY supports configurable input and output impedance and automatic impedance calibration with high precision.

The INNO_VREF_PHY provides turnkey precise voltage control solutions for ICs It is optimized for low power and high-precision applications with small silicon area. The VREF PHY supports configurable output reference voltage with high precision and high linearity by 8 control bits.

The INNO_VDDQ_PHY provides ESD protection solutions, IO buffer and POC (power on control) functions for ICs. The INNO_VSS_PHY provides ESD protection solutions between different power or ground for ICs. The INNO_VDD_PHY provides power clamp solutions between the core voltage domain and core ground for ICs.