351 10.0

Always-on Voice Activity Detection interfacing with analog microphones with embedded microphone bias in TSMC 22ULL WT-a-HD-MC.03_TSMC_22_uLL is a mixed analog/digital Virtual Component (ViC) in TSMC 22ULL containing a Voice Activity Detection (VAD) engine for ultra...

352 10.0

CML Buffer - TSMC CLN3A Analog Bits’ CML buffer macro is a CML differential buffer for on-chip applications, and addresses a large portfolio of applications requiring CML sig...

353 10.0

CML Buffer - TSMC CLN3E Analog Bits’ CML buffer macro is a CML differential buffer for on-chip applications, and addresses a large portfolio of applications requiring CML sig...

354 10.0

CML Buffer - TSMC CLN3P Analog Bits’ CML buffer macro is a CML differential buffer for on-chip applications, and addresses a large portfolio of applications requiring CML sig...

355 10.0

CML Buffer - TSMC CLN4P Analog Bits’ CML buffer macro is a CML differential buffer for on-chip applications, and addresses a large portfolio of applications requiring CML sig...

356 10.0

CML Buffer - TSMC CLN5A Analog Bits’ CML buffer macro is a CML differential buffer for on-chip applications, and addresses a large portfolio of applications requiring CML sig...

357 10.0

CML Buffer - TSMC CLN6 Analog Bits’ CML buffer macro is a CML differential buffer for on-chip applications, and addresses a large portfolio of applications requiring CML sig...

358 10.0

CML Buffer - TSMC CLN6FF Analog Bits’ CML buffer macro is a CML differential buffer for on-chip applications, and addresses a large portfolio of applications requiring CML sig...

359 10.0

CML Buffer - TSMC CLN7FF Analog Bits’ CML buffer macro is a CML differential buffer for on-chip applications, and addresses a large portfolio of applications requiring CML sig...

360 10.0

CML Differential IO - TSMC CLN6FF Analog Bits’ CML to HCSL Differential IO Buffer macros provide a low noise, high performance differential output clock that is compatible with HCSL (H...

361 10.0

eMMC 5.1 HS400 PHY and I/O Pads in TSMC 16FF PLUS LL Arasan provides a HS400 compatible PHY that customers can integrate with the HS400 I/O PADs. It is designed to optimize I/O performance with a core v...

362 10.0

eMMC 5.1 HS400 PHY and I/O Pads in TSMC 16FFC NS Arasan provides a HS400 compatible PHY that customers can integrate with the HS400 I/O PADs. It is designed to optimize I/O performance with a core v...

363 10.0

eMMC 5.1 HS400 PHY and I/O Pads in TSMC 28 HPC-EW Arasan provides a HS400 compatible PHY that customers can integrate with the HS400 I/O PADs. It is designed to optimize I/O performance with a core v...

364 10.0

eMMC 5.1 HS400 PHY and I/O Pads in TSMC 28HPC PLUS Arasan provides a HS400 compatible PHY that customers can integrate with the HS400 I/O PADs. It is designed to optimize I/O performance with a core v...

365 10.0

eMMC 5.1 HS400 PHY and I/O Pads in TSMC 40LP-EW Arasan provides a HS400 compatible PHY that customers can integrate with the HS400 I/O PADs. It is designed to optimize I/O performance with a core v...

366 10.0

In-Chip Monitoring Subsystem for Process, Voltage & Temperature (PVT) Monitoring, TSMC N3 A full suite of embedded monitoring IP managed by a PVT controller with standard interfaces, creates a complete subsystem dedicated to maximizing perf...

367 10.0

ONFI 3.0 Compatible I/O Buffer - TSMC 28 CLN28HPM Analog Bits ONFI 3.0 compatible I/O buffer provides a high-speed physical interface solution to support the increasing bandwidths demanded by today’s ...

368 10.0

Integer/FracN/SSCG PLL - TSMC 12FFC Analog Bits’ Programmable SERDES provides a Physical Media Attachment (PMA) Layer and synthesizable Physical Coding Sublayer (PCS). The integrated PHY...

369 10.0

Integrated Bandgap - TSMC 6FF Analog Bits’ Integrated Bandgap and Programmable Current Reference macro comprehensively addresses typical SOC voltage and current reference needs in ...

370 10.0

Integrated Bandgap - TSMC 7FF Analog Bits’ Integrated Bandgap and Programmable Current Reference macro comprehensively addresses typical SOC voltage and current reference needs in ...

371 10.0

Voltage Monitor with Digital Output (Multi-domain supply monitoring), TSMC N3 The voltage monitor is a low power self-contained IP block specially designed to monitor voltage levels within the core logic voltage domains and prov...

372 10.0

Voltage Monitor with Digital Output (Multi-domain supply monitoring), TSMC N3EP The voltage monitor is a low power self-contained IP block specially designed to monitor voltage levels within the core logic voltage domains and prov...

373 10.0

Voltage Monitor with Digital Output (Multi-domain supply monitoring), TSMC N4P The voltage monitor is a low power self-contained IP block specially designed to monitor voltage levels within the core logic voltage domains and prov...

374 10.0

Voltage Monitor with Digital Output (Multi-domain supply monitoring), TSMC N5 The voltage monitor is a low power self-contained IP block specially designed to monitor voltage levels within the core logic voltage domains and prov...

375 10.0

Voltage Monitor with Digital Output, TSMC 12FFC The voltage monitor is a low power self-contained IP block specially designed to monitor voltage levels within the core logic voltage domains and prov...

376 10.0

Voltage Monitor with Digital Output, TSMC 12FFC The voltage monitor is a low power self-contained IP block specially designed to monitor voltage levels within the core logic voltage domains and prov...

377 10.0

Voltage Monitor with Digital Output, TSMC 16FFC The voltage monitor is a low power self-contained IP block specially designed to monitor voltage levels within the core logic voltage domains and prov...

378 10.0

Voltage Monitor with Digital Output, TSMC N6 The voltage monitor is a low power self-contained IP block specially designed to monitor voltage levels within the core logic voltage domains and prov...

379 10.0

Core Powered Frac-N SSCG PLL - TSMC CLN3A Analog Bits’ Core Powered Fractional-N / Spread Spectrum PLL is an easy to integrate macro, requiring no analog power supply, and can be placed anywhe...

380 10.0

Core Powered Frac-N SSCG PLL - TSMC CLN4P Analog Bits’ Core Powered Fractional-N / Spread Spectrum PLL is an easy to integrate macro, requiring no analog power supply, and can be placed anywhe...

381 10.0

Core Powered PVT Sensor - TSMC CLN4P Analog Bits' Core Powered PVT Sensor is an easy to integrate macro, requiring no analog power supply, and can be placed anywhere on a chip. This hi...

382 10.0

Core Powered Wide Range PLL - TSMC CLN3P ...

383 10.0

Core Voltage Based Low Power Wide Range PLL - TSMC 40 CLN40LP Analog Bits Wide Range PLL addresses a large portfolio of applications, ranging from simple clock de-skew and non-integer clock multiplication to prog...

384 10.0

Low Power PCIe2/SATA3SERDES PHY - TSMC 28HPC Analog Bits Programmable SERDES provides a Physical Media Attachment (PMA) Layer capable of signaling at multiple data rates and supports multi-protoc...

385 10.0

Low Power PCIe3 SERDES PHY - TSMC 40G Analog Bits Programmable SERDES provides a Physical Media Attachment (PMA) Layer capable of signaling at multiple data rates and supports multi-protoc...

386 10.0

Low Power PCIe3/SATA3 SERDES PHY - TSMC 12FFC Analog Bits Programmable SERDES provides a Physical Media Attachment (PMA) Layer capable of signaling at multiple data rates and supports multi-protoc...

387 10.0

Low Power PCIe3/SATA3 SERDES PHY - TSMC 16FFC Analog Bits Programmable SERDES provides a Physical Media Attachment (PMA) Layer capable of signaling at multiple data rates and supports multi-protoc...

388 10.0

Low Power PCIe3/SATA3SERDES PHY - TSMC 28HPC+ Analog Bits Programmable SERDES provides a Physical Media Attachment (PMA) Layer capable of signaling at multiple data rates and supports multi-protoc...

389 10.0

Power on Reset - TSMC 12FFC Analog Bits Power-On Reset (POR) macro comprehensively addresses typical SOC start-up power supply monitoring needs, in a fully integrated easy-to-use...

390 10.0

Power on Reset - TSMC 28 HPC+ Analog Bits unique POR macro helps SoC sequence power between various power domains of the SOC. Additionally we have unique circuits to prevent Brown ...

391 10.0

Power on Reset - TSMC 7FF Analog Bits’ Power-On Reset (POR) macro comprehensively addresses typical SOC start-up power supply monitoring needs, in a fully integrated easy-to-us...

392 10.0

Power on Reset - TSMC CLN16FFC Analog Bits Power-On Reset (POR) macro comprehensively addresses typical SOC start-up power supply monitoring needs, in a fully integrated easy-to-use...

393 10.0

Power-On Reset - TSMC CLN4P Analog Bits’ Power-On Reset (POR) macro comprehensively addresses typical SOC start-up power supply monitoring needs, in a fully integrated easy-to-u...

394 10.0

Power-On Reset - TSMC CLN6FF Analog Bits’ Power-On Reset (POR) macro comprehensively addresses typical SOC start-up power supply monitoring needs, in a fully integrated easy-to-u...

395 10.0

Power-On Reset - TSMC N5 Analog Bits’ Power-On Reset (POR) macro comprehensively addresses typical SOC start-up power supply monitoring needs, in a fully integrated easy-to-us...

396 10.0

LPDDR4X multiPHY in TSMC (16nm) for Automotive The Synopsys LPDDR4 multiPHY is Synopsys’ second generation physical (PHY) layer IP interface solution for ASICs, ASSPs, system-on-chips (SoCs) and sy...

397 10.0

LPDDR5/4/4X PHY in TSMC (N7) for Automotive The Synopsys LPDDR5/4/4X PHY is Synopsys’ physical (PHY) layer IP interface solution for ASICs, ASSPs, system-on-chips (SoCs) and system- in-package a...

398 10.0

Frac-N PLL - TSMC 22 CLN22ULL/ULP A programmable on-the-fly Fractional-N PLL is required to lock to an incoming clock source and produce an output clock. The generated clock needs to b...

399 10.0

Frac-N PLL - TSMC 28 CLN28HPC+ The programmable Fractional-N divider allows the PLL to lock to an incoming clock source and produce an output clock with a non-integer multiplication...

400 10.0

Frac-N SSCG PLL - TSMC 6FF Analog Bits’ low power Fractional-N / SSCG PLL addresses power sensitive designs required for IOT, mobile and other low power applications needing non...