MIPI I3C controller delivers high bandwidth and scalability for integration of multiple sensors
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LPDDR5/4X COMBO PHY 7nm/6nm
The LPDDR5 and LPDDR4x Combo PHY is designed for easy integration into any System-On-Chip (SOC) and can be seamlessly connected with a third-party DFI-compliant LPDDR5 and LPDDR4x memory controller. Depending on the type of package and the layout of the PCB, the LPDDR4x can operate at speeds up to 4,266 Mbps, while the LPDDR5 can operate at speeds up to 6,400 Mbps.
Optimized for low power, low latency, high performance, and small area, the InPsytech LPDDR5 and LPDDR4x Combo PHY is provided as a hard macro PHY, primarily delivered as GDSII. Supporting the PHY macro is the RTL-based Calibration Accessories for PHY (CAP), which includes control features such as training, read/write leveling, skew controls, PVT compensation, and support for manufacturing testing. The CAP also includes an optional MCU to execute hardware-assisted, firmware-based training algorithms.
For more information, please contact an InPsytech sales representative at sales@inpsytech.com.
Optimized for low power, low latency, high performance, and small area, the InPsytech LPDDR5 and LPDDR4x Combo PHY is provided as a hard macro PHY, primarily delivered as GDSII. Supporting the PHY macro is the RTL-based Calibration Accessories for PHY (CAP), which includes control features such as training, read/write leveling, skew controls, PVT compensation, and support for manufacturing testing. The CAP also includes an optional MCU to execute hardware-assisted, firmware-based training algorithms.
For more information, please contact an InPsytech sales representative at sales@inpsytech.com.
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Block Diagram of the LPDDR5/4X COMBO PHY 7nm/6nm
