AMS IP Development
AMS IP Development
AMS IP Development
AMS IP Development involves designing high-quality Analog and Mixed-Signal intellectual property blocks—such as ADCs, DACs, PLLs, LDOs, sensors, and power management circuits—that are optimized for performance, reliability, and seamless integration into SoCs. At Yoctozant, we build robust, silicon-proven AMS IPs tailored to specific PPA requirements, ensuring accurate models, strong validation, and consistent performance across process, voltage, and temperature variations.
01
Power Management IPs
Bandgap References | Voltage Regulators | Power State Machines (PSMs)
We develop precision power management IPs engineered for efficiency, noise immunity and stable system supply.
Our solutions include:
• High-accuracy bandgap reference circuits
• Low-dropout (LDO) and digitally assisted regulators
• Power sequencing and PSM-based power controllers
• Low-noise, low-quiescent current supply modules
These IPs ensure robust power delivery, efficient energy utilization and reliable SoC operation.
PLLs & Data Converters
PLLs | ADCs | DACs
We build timing-critical and conversion-grade AMS IPs for communication, automotive, industrial and IoT applications.
Capabilities include:
• Low-jitter Phase-Locked Loops for clock generation and frequency synthesis
• High-resolution ADC architectures (SAR, Pipeline, Sigma-Delta)
• Precision DACs for analog output and calibration loops
• Fully characterized at PVT corners with behavioral & transistor-level models
Our IPs deliver excellent dynamic performance, linearity, and conversion accuracy.
02
03
Core Analog IP Blocks
Amplifiers | Oscillators
We design fully-differential, low-noise, high-gain amplifiers and highly stable oscillators optimized for noise, linearity and matching.
Deliverables include:
• Op-Amps, Comparators, OTA-based architectures
• Ring & LC oscillators with low-phase-noise performance
• Biasing, compensation and stability-optimized topologies
• Complete characterization views, models & integration support
These blocks serve as foundational components for mixed-signal SoCs and system-level analog processing.
