SMIC IP Cores

VeriSilicon SMIC 0.18um 1.8V/3.3V SSTL3 I/O Cell Library developed by VeriSilicon is optimized for Semiconductor Manufacturing In…

• SMIC
• 180nm
• G

VeriSilicon SMIC 0.15um 1.5V/3.3V SSTL3 I/O Cell Library developed by VeriSilicon is optimized for Semiconductor Manufacturing In…

• SMIC
• 150nm
• LV

VeriSilicon SMIC 0.18um 1.8V/3.3V SSTL2 I/O Cell Library developed by VeriSilicon is optimized for Semiconductor Manufacturing In…

• SMIC
• 180nm
• G

VeriSilicon SMIC 0.15um 1.5V/3.3V SSTL2 I/O Cell Library developed by VeriSilicon is optimized for Semiconductor Manufacturing In…

• SMIC
• 150nm
• LV

This transmitter provides CMOS signal to LVDS, and the receiver provides LVDS signal to CMOS.

• SMIC
• 180nm
• G

The PCI-X transceiver is a IP version of PCI-X I/O pads, which is fully compatible with PCI-X R1.0 specification.

• SMIC
• 180nm
• G

Analog PLL suitable for high speed clock generation.

• SMIC
• 180nm
• G

Analog PLL suitable for high speed clock generation.

• SMIC
• 180nm
• G
• Silicon Proven

Analog PLL suitable for high speed clock generation.

• SMIC
• 180nm
• G
• Silicon Proven

Power-On-Reset circuit uses the RC delay to generate the system reset pulses.

• SMIC
• 180nm
• G

Power-On-Reset circuit uses the RC delay to generate the system reset pulses.

• SMIC
• 180nm
• G

Power Regulator, also called Voltage Regulator, is an on-chip device which provides suitable power supply for the core from an ex…

• SMIC
• 180nm
• G

A programmable analog PLL suitable for high speed clock generation.

• SMIC
• 150nm
• LV
• Silicon Proven

Power-On-Reset circuit uses the RC delay to generate the system reset pulses

• SMIC
• 150nm
• LV

Power-On-Reset circuit uses the RC delay to generate the system reset pulses.

• SMIC
• 150nm
• LV

055SMIC_PLL_01 forms clock output signal with frequency from 50 to 800MHz.

• SMIC
• 55nm
• LL
• Silicon Proven

The DDR4 IO is used to transfer the Command/Address/Clk and Data between the memory controller PHY and the DRAM device.

• SMIC
• 40nm
• Silicon Proven

The present IP is a crystal oscillator.

• SMIC
• 40nm
• Silicon Proven

The present IP is a high accuracy and integrated temperature sensor.

• SMIC
• 40nm

The present IP is a single-ended 10-bit Sigma-Delta (SD) analog-to-digital converter.

• 10 Bit
• SMIC
• 40nm
• Silicon Proven