901 10.0

High Performance 20GHz C2C PLL - TSMC CLN6FF Analog Bits’ High Speed PLL creates a high speed clock with good duty cycle and jitter characteristics useful for high speed, source synchronous inter...

902 10.0

High Performance 20GHz PLL - TSMC CLN4P Analog Bits’ High Speed PLL creates a high speed clock with good duty cycle and jitter characteristics useful for high speed, source synchronous inter...

903 10.0

High Performance 20GHz PLL - TSMC CLN5A Analog Bits’ High Speed PLL creates a high speed clock with good duty cycle and jitter characteristics useful for high speed, source synchronous inter...

904 10.0

High Precision Temp Sensor - TSMC CLN2P Analog Bits' High Accuracy Thermometer is a highly integrated macro for monitoring temperature variation on-chip, allowing very high precision even in...

905 10.0

High Precision Temp Sensor - TSMC CLN3A Analog Bits' High Accuracy Thermometer is a highly integrated macro for monitoring temperature variation on-chip, allowing very high precision even in...

906 10.0

High Precision Temp Sensor - TSMC CLN3E Analog Bits' High Accuracy Thermometer is a highly integrated macro for monitoring temperature variation on-chip, allowing very high precision even in...

907 10.0

High Precision Temp Sensor - TSMC CLN5A Analog Bits' High Accuracy Thermometer is a highly integrated macro for monitoring temperature variation on-chip, allowing very high precision even in...

908 10.0

High Speed 20GHz PLL - TSMC CLN6FF Analog Bits’ High Speed PLL creates a high speed clock with good duty cycle and jitter characteristics useful for high speed, source synchronous inter...

909 10.0

High Speed PLL - TSMC N4P Analog Bits’ High Speed 20GHz PLL creates a high speed clock with good duty cycle and jitter characteristics useful for high speed, source synchronous...

910 10.0

High Speed PLL - TSMC N5 Analog Bits’ High Speed 20GHz PLL creates a high speed clock with good duty cycle and jitter characteristics useful for high speed, source synchronous...

911 10.0

High Speed PLL - TSMC N5A Analog Bits’ High Speed 20GHz PLL creates a high speed clock with good duty cycle and jitter characteristics useful for high speed, source synchronous...

912 10.0

High Speed PLL - TSMC N5A Analog Bits’ High Speed 20GHz PLL creates a high speed clock with good duty cycle and jitter characteristics useful for high speed, source synchronous...

913 10.0

High Speed PLL CML to Complementary - TSMC CLN3P Analog Bits’ High Speed 20GHz PLL creates a high speed clock with good duty cycle and jitter characteristics useful for high speed, source synchronous...

914 10.0

TileLink Target TileLink is a chip-scale connection standard that enables many masters to have synchronised memory mapped access to memory and other slave devices. Ti...

915 10.0

LIN Bus Master/Slave Controller Core Implements a communication controller that transmits and receives complete Local Interconnect Network (LIN) frames to perform serial communication acc...

916 10.0

MIPI C-PHY v1.2 D-PHY v2.1 RX 2 trios/2 Lanes in TSMC (16nm) for Automotive Synopsys’ integrated C-PHY/D-PHY IP enables high-performance, low-power interface to SoCs, application processors, baseband processors, and peripheral...

917 10.0

MIPI C-PHY v1.2 D-PHY v2.1 RX 3 trios/4 Lanes in TSMC (16nm, N7) for Automotive Synopsys’ integrated C-PHY/D-PHY IP enables high-performance, low-power interface to SoCs, application processors, baseband processors, and peripheral...

918 10.0

MIPI C-PHY v1.2 D-PHY v2.1 TX 2 trios/2 Lanes in TSMC (16nm) for Automotive Synopsys’ integrated C-PHY/D-PHY IP enables high-performance, low-power interface to SoCs, application processors, baseband processors, and peripheral...

919 10.0

MIPI C-PHY v1.2 D-PHY v2.1 TX 3 trios/4 Lanes in TSMC (16nm, N7, N5A, N3A) Synopsys’ integrated C-PHY/D-PHY IP enables high-performance, low-power interface to SoCs, application processors, baseband processors, and peripheral...

920 10.0

MIPI C-PHY v2.0 D-PHY v2.1 RX 2 trios/2 Lanes in TSMC (N5A, N3A) Synopsys’ integrated C-PHY/D-PHY IP enables high-performance, low-power interface to SoCs, application processors, baseband processors, and peripheral...

921 10.0

MIPI D-PHY TSMC 130nm Arasan delivers you a MIPI D-PHY in the process node and lane configuration you need, conforming to your specific design constraints, with a complete ...

922 10.0

MIPI D-PHY TSMC 28nm HPC+ @ 2.5Ghz The Arasan’s MIPI D-PHY Analog Transceiver IP Core is fully compliant to the D-PHY specification version 1.1. It supports the MIPI® Camera Serial Inte...

923 10.0

MIPI D-PHY Tx-Only 2 Lanes in TSMC (16nm, N7) for Automotive Synopsys’ IP D-PHY IP enables high-performance, low-power interface to SoCs, application processors, baseband processors, and peripheral devices for m...

924 10.0

MIPI D-PHY Tx-Only 4 Lanes in TSMC (16nm, N7) for Automotive Synopsys’ IP D-PHY IP enables high-performance, low-power interface to SoCs, application processors, baseband processors, and peripheral devices for m...

925 10.0

MIPI DSI-2 Transmit Controller v1.0 The Arasan DSI-2 Device Controller IP is designed to provide MIPI DSI-2 1.0 compliant high speed serial connectivity for mobile host processors using ...

926 10.0

MIPI I3C Basic Secondary Controller The I3C-SC core implements a versatile MIPI® Improved Inter Integrated Circuit (I3C) Secondary Controller core compliant with the latest MIPI I3C Basi...

927 10.0

MIPI I3C PHY I/O Arasan’s MIPI I3CⓇ PHY I/O IP, in compliance with MIPI I3CⓇ specifications v1.1. Arasan’s MIPI I3CⓇ PHY IP is part of Arasan’s Total IP Solution for M...

928 10.0

MIPI M-PHY Designed For TSMC 28nm ACS-AIP-MPHY-28HPM MIPI Specification Version 3.0 is a low pin count, power efficient, inter-chip serial interface with high bandwidth capabilities. A...

929 10.0

MIPI M-PHY G4 Designed For TSMC 28nm HPC+ ACS-AIP-MPHY-28HPC+ MIPI Specification Version 4.1 is a low pin count, power efficient, inter-chip serial interface with high bandwidth capabilities. ...

930 10.0

Wishbone Target The Wishbone System-on-Chip (SoC) Interconnection Architecture for Portable IP Cores is a versatile design approach for semiconductor IP cores. Its go...

931 10.0

Distributed Thermal Sensor (DTS) Deep NWELL, TSMC N3 The highly granular DTS offers a significant area reduction in comparison to some standard in-chip thermal sensor solutions and supports high accuracy...

932 10.0

Distributed Thermal Sensor (DTS) Deep NWELL, TSMC N3EP The highly granular DTS offers a significant area reduction in comparison to some standard in-chip thermal sensor solutions and supports high accuracy...

933 10.0

Distributed Thermal Sensor (DTS) Deep NWELL, TSMC N4P The highly granular DTS offers a significant area reduction in comparison to some standard in-chip thermal sensor solutions and supports high accuracy...

934 10.0

Distributed Thermal Sensor (DTS) Deep NWELL, TSMC N5 The highly granular DTS offers a significant area reduction in comparison to some standard in-chip thermal sensor solutions and supports high accuracy...

935 10.0

Distributed Thermal Sensor (DTS) Non Deep NWELL The highly granular DTS offers a significant area reduction in comparison to some standard in-chip thermal sensor solutions and supports high accuracy...

936 10.0

Distributed Thermal Sensor (DTS) Non Deep NWELL The highly granular DTS offers a significant area reduction in comparison to some standard in-chip thermal sensor solutions and supports high accuracy...

937 10.0

Distributed Thermal Sensor (DTS) Non Deep NWELL TSMC N6 The highly granular DTS offers a significant area reduction in comparison to some standard in-chip thermal sensor solutions and supports high accuracy...

938 10.0

Distributed Thermal Sensor (DTS) Non-Deep NWELL, TSMC N3 The highly granular DTS offers a significant area reduction in comparison to some standard in-chip thermal sensor solutions and supports high accuracy...

939 10.0

Distributed Thermal Sensor (DTS) Non-Deep NWELL, TSMC N3EP The highly granular DTS offers a significant area reduction in comparison to some standard in-chip thermal sensor solutions and supports high accuracy...

940 10.0

Distributed Thermal Sensor (DTS) Non-Deep NWELL, TSMC N4P The highly granular DTS offers a significant area reduction in comparison to some standard in-chip thermal sensor solutions and supports high accuracy...

941 10.0

Distributed Thermal Sensor (DTS) Non-Deep NWELL, TSMC N5 The highly granular DTS offers a significant area reduction in comparison to some standard in-chip thermal sensor solutions and supports high accuracy...

942 10.0

Glitch Detector - TSMC CLN3A Analog Bits’ Glitch Detector macro comprehensively addresses typical SOC power supply and other voltage glitch monitoring needs in a fully integrated ...

943 10.0

Glitch Detector - TSMC CLN3E Analog Bits’ Glitch Detector macro comprehensively addresses typical SOC power supply and other voltage glitch monitoring needs in a fully integrated ...

944 10.0

Glitch Detector - TSMC CLN3P Analog Bits’ Glitch Detector macro comprehensively addresses typical SOC power supply and other voltage glitch monitoring needs in a fully integrated ...

945 10.0

Glitch Detector - TSMC CLN4P Analog Bits’ Glitch Detector macro comprehensively addresses typical SOC power supply and other voltage glitch monitoring needs in a fully integrated ...

946 10.0

Glitch Detector - TSMC CLN5A Analog Bits’ Glitch Detector macro comprehensively addresses typical SOC power supply and other voltage glitch monitoring needs in a fully integrated ...

947 10.0

Glitch Detector - TSMC N5 Analog Bits’ Glitch Detector macro comprehensively addresses typical SOC power supply and other voltage glitch monitoring needs in a fully integrated ...

948 10.0

Ultra High Performance AES-XTS/ECB Core The proliferation and expansion of connected devices, connectivity infrastructure, cloud computing, and artificial intelligence is driving for increas...

949 10.0

Ultra High-Performance AES-GCM/CTR IP The proliferation and expansion of connected devices, connectivity infrastructure, cloud computing, and artificial intelligence is driving for increas...

950 10.0

AMBA AHB Target AMBA AHB is a bus interface designed for high-performance synthesizable applications. It specifies the interface between components such as initiator ...