9 track standard cell library at TSMC 55 nm
Foundry Sponsored, TSMC 55 uLPeF Sesame 9T a unique architecture based on 9-track cells, optimized for High Density and Low Dynam…
- TSMC
- 55nm
- GP
- Silicon Proven
Dolphin Semiconductor is a leading provider of semiconductor IP solutions, specializing in IP design. We excel in crafting high-performance audio IP, analog/mixed-signal IP, and comprehensive silicon platforms. Our offerings include semiconductor IP cores and design expertise, tailored for mobile devices, consumer electronics, automotive systems, and IoT applications. By prioritizing energy efficiency in our designs, we enable longer battery life and lower power consumption, contributing to sustainable and eco-friendly technology solutions. Utilizing our deep understanding of silicon technology, we guide our clients from concept to market-leading products.
9 track standard cell library at TSMC 55 nm
Foundry Sponsored, TSMC 55 uLPeF Sesame 9T a unique architecture based on 9-track cells, optimized for High Density and Low Dynam…
Linear Regulator, ultra low quiescent current for retention mode
qLR-Aubrey-ref-[1.62-3.63]-[0.55-2.5]-I1-Iq150.02, as any Power Management Virtual Component designed by Dolphin Design, is readi…
Comparator with low-quiescent Hysteresis
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Comparator with low-quiescent Hysteresis
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Linear Regulator, Low Noise optimized for sensitive application such as RF or PLL blocks
nLR-Charny-ref-[1.62-3.63]-[0.8-2.5]-Ixx.02, as any Power Management Virtual Component designed by Dolphin Design, is readily ret…
Linear Regulator for analog island
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Linear Regulator, low quiescent current
The LRA-2.97-3.63-1.8 is a low noise linear regulator.
Linear Regulator, low quiescent current
The LRA-2.97-3.63-1.8 is a low noise linear regulator.
Switching regulator, inductor-based, in dual mode (PFM and PWM) & high efficiency
eSR-Niagara-Bu-dm-ref-[1.62-3.63]-[0.8-2.5].01, as any Power Management Virtual Component designed by Dolphin Design, is readily …
Switching regulator to supply digital islet
eSR-Bu-1.62-3.63-0.8-3.3, like any Power Management Virtual Component designed by Dolphin Design, is readily retargetable toward …
Up to 105 dB of SNR, 24-bit mono CODEC with PDM to PWM transmodulator DAC and embedded regulaor
mCODa-MT1-LR.01 is an audio CODEC which provides the insurance of the best sound quality after integration into a SoC for IP Came…
Up to 105 dB of SNR, 24-bit mono CODEC with PDM to PWM transmodulator DAC and embedded regulator
mCODa-MT1-LR.01 is an audio CODEC which provides the insurance of the best sound quality after integration into a SoC for IP Came…
sCODS100-LB-IO-N.12-Xenon is a feature-rich and audio CODEC which provides the insurance of the best sound quality after integrat…
105 dB of SNR, 24-bit audio CODEC with voice detection feature
sCODp-MT1-VD.02, is a new generation of audio converter ensuring optimal sound detection and recording with the most types of ana…
100 dB of SNR, 24-bit multichannel audio CODEC with embedded regulator and high CMRR
Today s market for automotive infotainment applications has become a key challenge for car makers which require optimal vocal com…
6 track Ultra High Density standard cell library at TSMC 55 nm
TSMC 55 LP, SESAME uHD for ultra high-density logic design thanks to 6-track cells combined with pulsed latch cells acting as spi…
6 track Ultra High Density standard cell library at TSMC 180 nm
TSMC 180 G, SESAME uHD for ultra high-density logic design thanks to 6-track cells combined with pulsed latch cells acting as spi…
6 track Ultra High Density standard cell library at TSMC 130 nm
TSMC 130 G, SESAME uHD for ultra high-density logic design thanks to 6-track cells combined with pulsed latch cells acting as spi…
6 track Ultra High Density standard cell library at TSMC 130 nm
Foundry Sponsored, TSMC 130 BCD, SESAME uHD for ultra high-density logic design thanks to 6-track cells combined with pulsed latc…
6 track High Density standard cell library at TSMC 180 nm
Foundry Sponsored, TSMC 180 eLL, SESAME HD DV provides the best trade-off between area and power achieved from an cell design ena…