Global UniChip Corp. (GUC)
•
HQ:
Taiwan
TSMC 3nm HBM3-8.6G PHY
- TSMC
- 3nm
- N3A
Compare 105 TSMC 3nm IP Listing from 7 vendors
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TSMC 3nm UCIe-A 32G Die to Die Interface
Global UniChip Corp. (GUC)• HQ: TaiwanTSMC 3nm UCIe-A 32G Die to Die Interface
- TSMC
- 3nm
- N3A
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Process/Voltage/Temperature Sensor with Self-calibration (Supply voltage 1.2V) - TSMC 3nm N3P
NTLab• HQ: Lithuania003TSMC_PVT_01 IP library is a unique solution intended to continuously monitor IC status at several on-die locations.
- TSMC
- 3nm
- N3P
- Pre-Silicon
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25MHz to 4.0GHz Fractional-N RC PLL Synthesizer on TSMC 3nm N3P
NTLab• HQ: LithuaniaFractional-N Phase locked loop frequency synthesizer is intended for ASIC clock generation.
- TSMC
- 3nm
- N3P
- Pre-Silicon
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224G Ethernet PHY for TSMC 3nm
Synopsys, Inc.• HQ: USAThe Synopsys 224G Ethernet PHY IP, an integral part of Synopsys’ high-speed SerDes IP portfolio, meets the growing high bandwidth…
- TSMC
- 3nm
- N3A
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TSMC 3nm (N3E) 1.8V SD/eMMC PHY, multiple metalstacks
Synopsys, Inc.• HQ: USASynopsys SD/eMMC PHY provides an optimal balance for cost and performance for storage solutions.
- TSMC
- 3nm
- N3E
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TSMC 3nm (N3E) 1.8V SD/eMMC IO
Synopsys, Inc.• HQ: USASynopsys SD/eMMC PHY provides an optimal balance for cost and performance for storage solutions.
- TSMC
- 3nm
- N3E
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LDO Voltage Regulator, 250 mA, TSMC N3P
Silvaco, Inc.• HQ: United StatesLDO Voltage Regulator, 250 mA, Adjustable 0.45 V to 0.9 V Output The LDO IP is a 1.2V low-quiescent-current adjustable output vol…
- TSMC
- 3nm
- N3P
- Silicon Proven
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LDO Voltage Regulator, Adjustable 0.45 V to 0.9 V Output, 30 mA, TSMC N3P
Silvaco, Inc.• HQ: United StatesLDO Voltage Regulator, 30 mA, Adjustable 0.45 V to 0.9 V Output The LDO IP is a 1.2V low-quiescent-current adjustable output volt…
- TSMC
- 3nm
- N3P
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Bandgap Voltage Reference, 0.45 V Output, Low PPM/°C, TSMC N3P
Silvaco, Inc.• HQ: United StatesBandgap Voltage Reference, 0.45 V Output The Bandgap Voltage Reference IP is a 1.0 V input, low PPM/°C, 0.45 V reference voltage …
- TSMC
- 3nm
- N3P
- Silicon Proven
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TSMC CLN3PLVT 3nm Ultra PLL - 15MHz-3000MHz
True Circuits, Inc.• HQ: USAThe Ultra PLL is designed with a architecture using high-speed digital and analog circuits that offers exceptional performance, f…
- TSMC
- 3nm
- N3P
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TSMC CLN3PLVT 3nm Spread Spectrum PLL - 262MHz-1310MHz
True Circuits, Inc.• HQ: USAThe Spread Spectrum PLL is designed to multiply an input clock by a fixed-point number between 92 and 184 with frequency spreadin…
- TSMC
- 3nm
- N3P
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TSMC CLN3PLVT 3nm Spread Spectrum PLL - 524MHz-2620MHz
True Circuits, Inc.• HQ: USAThe Spread Spectrum PLL is designed to multiply an input clock by a fixed-point number between 92 and 184 with frequency spreadin…
- TSMC
- 3nm
- N3P
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TSMC CLN3PLVT 3nm Spread Spectrum PLL - 1050MHz-5250MHz
True Circuits, Inc.• HQ: USAThe Spread Spectrum PLL is designed to multiply an input clock by a fixed-point number between 92 and 184 with frequency spreadin…
- TSMC
- 3nm
- N3P
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TSMC CLN3PLVT 3nm Multi Phase DLL - 300MHz-1500MHz
True Circuits, Inc.• HQ: USAThe Multi Phase DLL is designed for high-speed interface applications.
- TSMC
- 3nm
- N3P
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TSMC CLN3PLVT 3nm Multi Phase DLL - 600MHz-3000MHz
True Circuits, Inc.• HQ: USAThe Multi Phase DLL is designed for high-speed interface applications.
- TSMC
- 3nm
- N3P
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TSMC CLN3PLVT 3nm Multi Phase DLL - 1200MHz-6000MHz
True Circuits, Inc.• HQ: USAThe Multi Phase DLL is designed for high-speed interface applications.
- TSMC
- 3nm
- N3P
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TSMC CLN3PLVT 3nm General Purpose PLL - 600MHz-3000MHz
True Circuits, Inc.• HQ: USAThe General Purpose PLL is a wide range clock multiplier with deskew capability.
- TSMC
- 3nm
- N3P
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TSMC CLN3PLVT 3nm Deskew PLL - 300MHz-1500MHz
True Circuits, Inc.• HQ: USAThe Deskew PLL is designed to eliminate the skew between the output of a clock distribution tree and a clock reference.
- TSMC
- 3nm
- N3P
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TSMC CLN3PLVT 3nm Deskew PLL - 600MHz-3000MHz
True Circuits, Inc.• HQ: USAThe Deskew PLL is designed to eliminate the skew between the output of a clock distribution tree and a clock reference.
- TSMC
- 3nm
- N3P