Renesas Electronics Corporation (TSE: 6723), a premier supplier of advanced semiconductor solutions, today announced it is expanding access to its extensive portfolio of intellectual property (IP) licenses that allow designers to meet a broad range of customized customer requirements in a rapidly changing industry. Renesas has incorporated a broad range of IP into its microcontrollers (MCUs) and system on chip (SoC) products spans, including central processing unit (CPU) IP, communication interface IP, timer IP, memory IP, and analog IP. Effective today, Renesas is offering customers access to the most highly sought assets from its IP portfolio. The first batch of offerings will consist of over 40 licenses, including CPU cores (RX, SH, etc.), timer IP for motor applications, USB cores, and SRAM. More licenses will be offered moving forward in response to demand.
1.8GHz Analog PLL for Spread Spectrum Clock Generator IP
1.8GHz analog phase-locked loop (PLL) IP for a spread spectrum clock generator (SSCG) using TSMC's 28nm HPC+ (High-Performance Compact Plus)
Analog Switch with Gate Voltage Booster on TSMC 40nm
This Analog Switch IP contains 3 cells of Charge Pump, 500Ω Switch and 2kΩ Switch.
This OPAMP has rail-to-rail input and wide power supply voltage range on T40ULP ESF3.
Low Power Comparator on TSMC 40nm
This Comparator is low power supply voltage operation and low current consumption on T40ULP ESF3.
High-Speed Comparator on TSMC 40nm
This Comparator is high speed, wide supply voltage range operation on T40ULP ESF3.
Voltage Detector (3ch) on TSMC 40nm
This Voltage Detector is to check power supply level operating at lower power supply voltage and low current consumption on T40ULP ESF3.
Temperature Sensor (with analog output buffer) on TSMC 40nm
The Renesas Temperature Sensor IP including Analog Buffer outputs an analog voltage which corresponds to the detected temperature of LSI on TSMC 40nm
Temperature Sensor IP with Analog Output Buffer (TSMC T28HPC+)
Sensor IP is fabricated using TSMC's T28HPC+ (High-Performance Compact Plus) process technology.
Temperature Sensor (with analog output buffer) on TSMC 22nm
The Renesas Temperature Sensor IP including Analog Buffer outputs an analog voltage which corresponds to the detected temperature of LSI on TSMC 22nm
Temperature Sensor with ADC on TSMC 28nm
The Renesas Temperature Sensor IP including ADC outputs a digital code which corresponds to the detected temperature of LSI.
12-bit, 2Msps, SAR Analog-to-Digital Converter IP (0.9V)
12-bit, 2Msps, successive approximation register (SAR) analog-to-digital converter (A/D) that is fabricated using TSMC's T22ULP
8MHz to 24MHz Crystal Oscillator IP
Crystal (Xtal) Oscillator IP for 8MHz to 24MHz clock generation using TSMC's T22ULP
Crystal (Xtal) oscillator IP for 32kHz clock generation using TSMC's T22ULP
1.056GHz Analog PLL for Spread Spectrum Clock Generator IP
1.056GHz analog phase-locked loop (PLL) IP for a spread spectrum clock generator (SSCG) using TSMC's 40nm Low Power (LP) process technology
1.25GHz Analog PLL for Frequency Multiplying IP
1.25GHz Analog PLL for Frequency Multiplying IP on TSMC 40nm LP
1.68GHz Analog PLL for Skew Adjust IP
1.68GHz Analog PLL for Skew Adjust IP on TSMC 28nm HPM/HPC
1.8GHz Analog PLL for Spread Spectrum Clock Generator IP
1.8GHz Analog PLL for Spread Spectrum Clock Generator IP on TSMC 28nm HPM/HPC
1.4GHz Analog PLL for Skew Adjust IP
1.4GHz Analog PLL for Skew Adjust IP on TSMC's 28nm HPC+
4GHz Analog PLL for Frequency Multiplying IP
Analog-PLL For Frequency Multiplying on TSMC 28nm HPC+
3GHz All-Digital PLL for Spread Spectrum Clock Generator IP
3GHz all-digital analog phase-locked loop (PLL) IP for a spread spectrum clock generator (SSCG) using TSMC's T22ULP