Semiconductor R&D & IC Design
Engineering Next-Generation Silicon
Low-Power Analog & High-Voltage ASIC Design
We are a specialized semiconductor R&D and IC design house delivering advanced low-power analog and high-voltage ASIC solutions for performance-critical applications.
Built on 15+ years of consistent delivery, we translate complex system requirements into robust, production-ready silicon—with a strong track record of first-pass success.
Our work spans power management, signal chains, and mixed-signal systems, supporting both Tier-1 semiconductor companies and high-growth innovators.
First-Pass Silicon Success
semiconductor design experience
Expertise
Low-Power Analog Design
We architect ultra-efficient analog and mixed-signal ASICs where power is a primary constraint—not an afterthought. From µW standby systems to dynamically managed active modes, our designs minimize energy consumption, thermal load, and system overhead.
Typical implementations include sensor interfaces, always-on domains, and power-optimized signal paths for IoT, edge AI, and portable systems.
High-Voltage IC Design
We design high-voltage and power-integrated ICs that operate reliably under electrical stress, wide operating conditions, and long product lifecycles. Our expertise spans device-level design through system-level protection and control.
Applications include automotive, industrial, and energy systems requiring robust performance, functional safety, and long-term reliability.
Capabilities
We deliver highly integrated analog and mixed-signal solutions tailored to application-specific requirements.
Power Management & High-Voltage Systems
Custom PMICs including DC/DC and AC/DC converters, LDO regulators, and battery management systems, along with gate drivers, power switches, isolation circuits, and TVS/ESD protection.
Signal Chain & Mixed-Signal Integration
Precision analog and mixed-signal blocks including ADCs, PLLs, sensor interfaces, and digitally assisted control systems.
Custom IP Development
Specialized analog IP tailored to unique application requirements.
Process Technologies & Design Flow
Technology Platforms
We select semiconductor processes based on performance, integration, and reliability requirements:
- CMOS: Low power, high speed, digital integration, advanced node support for digital and mixed-signal
- BCD and HVCMOS: High-voltage capability, power management, integration of power devices
- SOI: High-temperature operation, isolation, enhanced performance
- Emerging integration, including GaN for next-generation power systems
Design Flow
Our end-to-end ASIC development flow is structured for predictability and first-pass success:
Proven Designs in Silicon
Our track record is built on delivering robust low-power analog and high-voltage ASICs with strong first-pass success. We bring deep system-level understanding, ensuring seamless integration and long-term reliability in real-world conditions.
- Proven track record in low-power and high-voltage ASIC design
- High success rate in first-pass silicon
- Predictable execution through a structured development flow
- Engineering-driven collaboration aligned with customer requirements
Applications
Our designs are deployed in high-performance and safety-critical applications where reliability and efficiency are essential:
We emphasize system-level integration, ensuring each IC operates reliably within its target environment and overall platform architecture.
Call to Action
Discuss your design under NDA
Connect with us to discuss your project requirements and learn how our IC design expertise can enable your next ASIC.
HIGH-VOLTAGE IC DESIGN
Powering Advanced Applications Beyond Standard Limits
We specialize in high-voltage IC innovation, developing robust designs capable of operating from 12V to >650V. Our solutions overcome the limitations of conventional processes, ensuring safety and performance in harsh environments.
Design Expertise
We deliver highly integrated analog and mixed-signal solutions tailored to application-specific requirements.
Power Management & High-Voltage Systems
- Custom PMICs
- DC/DC: buck, boost, buck/boost converters and controllers
- AC/DC converters
- Charge pumps
- LDO regulators
- Battery management systems
- Gate drivers
- LED/LCD/backlight drivers
- Power switches
- TVS
- HV isolation and ESD protection
- I/O Transceivers
Process Technologies & Design Flow
Technology Platforms
Processes: CMOS, BCD, HV/UHV CMOS
Nodes: 0.13µm, 0.18µm, 0.25µm, 0.35µm, 0.5µm
Design Flow
Applications
Call to Action
Discuss your design under NDA
Ready to power your next breakthrough?
Connect with us to discuss your project requirements and learn how our high-voltage IC design expertise can enable your next ASIC.
LOW-POWER ANALOG ASIC DESIGN
Optimized for always-on, battery-powered, and energy-constrained systems
We specialize in the development of highly integrated PMICs and analog ASICs using diverse technologies, ranging from low-cost CMOS to advanced FinFET process nodes. These ASICs offer compact size, reduced power consumption, and cost advantages, serving IoT devices, wearables, AI, data centers, wireless/wireline connectivity, medical, industrial, and automotive sectors.
Design Expertise
Power Management
- DC-DC converters: Buck, Boost, Buck-Boost, SIMO
- Charge pumps
- Multiple regulator architectures: LDO, µLDO, capless LDO, shunt, low-noise
- Ultra-low Iq LDOs
- POR-BOR
- Load switches
- Ultra-low-power comparators
- Analog load switches
Battery Management
- Li+ battery chargers
- Power-path switches
- Battery voltage monitors
Clock System Design
- PLLs
- LC VCOs, DCOs, ring oscillators
- Crystal oscillators
General-Purpose Analog
- Precision V/I reference generators
- SAR ADCs
- Temperature sensors
- I/Os
Process Technologies & Design Flow
Technology Platforms
Node support: Expertise across advanced nanoscale nodes at major foundries, as well as specialized analog processes.
Technologies: Low-power CMOS, BCD, and SOI
Design Flow
Call to Action
Discuss your design under NDA
Ready to power your next breakthrough?
Connect with us to discuss your project requirements and learn how our low-power analog ASIC design expertise can enable your next ASIC.
About
Focused Analog, Mixed-Signal, and Power IC Design
Who We Are
An independent ASIC design house specializing in analog, mixed-signal, and power ICs, with a deep focus on low-power and high-voltage systems.
Experience
Years of combined silicon experience across:
- PMICs and integrated power management
- DC-DC converters and battery systems
- High-voltage and protection circuits
- Mixed-signal interfaces and control systems
How We Work
We operate as an extension of client engineering teams, supporting:
- System and architecture definition
- Full custom IC design and layout
- Verification and silicon validation
What Sets Us Apart
- Deep specialization in low-power analog and high-voltage IC design
- Experience ranging from startups to Tier-1 semiconductor companies
- Proven delivery of complex mixed-signal silicon
- Lean, senior engineering team
Industries
START A DESIGN DISCUSSION
Due to the proprietary nature of our work, technical discussions are conducted under NDA. We support confidential, pre-product engagements with startups and semiconductor companies.
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