Mixed Signal IC Platform
Precision analog and mixed-signal solutions for your applications. 30+ years of design expertise combined with full-stack ASIC production capabilities.
Why Choose Our Mixed Signal Platform
Ultra-Low Power Design
Static currents as low as 0.5μA for extended battery life and IoT applications.
Advanced Protection
Built-in under-voltage, thermal shutdown, and timeout protection for reliability.
Flexible Configuration
Adjustable voltage, current, and protection thresholds for custom applications.
High Integration
Embedded MCU, ADC, DAC, and multiple I/O in single package monolithic designs.
Production Ready
Proven designs with extensive testing and validation at every manufacturing stage.
Custom Solutions
Full ASIC design services from concept through mass production with technical support.
Business Model
ASIC Design Service
We provide end-to-end ASIC design and manufacturing services with full vertical integration:
Product Design
Circuit and layout design
Wafer Fabrication
Partner foundry production
Testing & Assembly
Wafer testing and packaging
Production & Quality
Mass manufacturing and QA
Development Workflow
Clear milestones from concept to volume production:
Requirements Definition
Specifications and feasibility
Circuit & Layout Design
Engineering and simulation
Engineering Samples
Validation and testing
Volume Production
Full-scale manufacturing
Core IP Portfolio
Comprehensive mixed-signal IP blocks across six technology domains
⚡Power Management IP
LDO Regulators (High PSRR, Low Noise) | AC/DC Converters | DC/DC Converters | PMU
- →High-Speed LDO Regulator
- →Power Management Unit
- →Switching & Linear Topologies
- →Multi-Rail Power Sequencing
- →Thermal Management
- →EMI/EMC Optimized
🔋Battery Management IP
Protection Circuits | Charging Control | Cell Balancing
- →Over-Current Protection
- →Over-Voltage Protection
- →Intelligent Charging Algorithms
- →Multi-Cell Balancing
- →Temperature Monitoring
- →Li-Ion Support
💡Analog Interface ICs
LED Drivers | Audio Amplifiers | Signal Conditioning
- →Linear Type LED Driver
- →Switching Type LED Driver
- →PWM Dimming Control
- →Class AB Amplifier
- →Class D Amplifier
- →Audio Preamplifier
⚙️Motor Driver & Control IP
BLDC Drivers | FOC Control | Gate Drivers
- →Brushless DC Motor Driver
- →Sensorless FOC Algorithm
- →Closed-Loop Startup
- →Speed Detection & Control
- →Gate Driver (100V/60V)
- →Multi-Channel Support
📊Embedded Processors & Peripherals
MCU Cores | Data Converters | Analog Peripherals
- →8051 Architecture
- →RISC-V Architecture
- →SAR ADC
- →Delta-Sigma ADC
- →DAC
- →PLL & Clock Generation
🎯Sensor Interface & MEMS
MEMS Transducers | Signal Processing | Sensor Integration
- →MEMS Microphone Interface
- →Airflow Sensor Integration
- →Temperature Sensing
- →Analog Front-End
- →Monolithic MEMS Designs
- →Low-Power Sensing
Implementation Workflow
Four-phase approach from concept to mass production
Phase 1: Concept & Requirements
Application Definition
Customer application requirements, performance specifications, volume targets, and pricing goals
Feasibility Assessment
Technical review, IP availability, process selection, and project timeline planning
Phase 2: Design & Engineering
Circuit Design
Analog and digital circuit design, interface specifications, behavioral simulation
Layout & Verification
Physical design, DFM review, ESD/EMC consideration, post-layout simulation
Phase 3: Prototype & Validation
Wafer Fabrication & Testing
Foundry partnership production, parametric and functional wafer testing
Sample Validation
Engineering sample assembly, functional testing, environmental validation
Phase 4: Production Ramp
Trial Production
Pilot run manufacturing, process window validation, yield optimization
Mass Production
Full-scale manufacturing, quality assurance, supply chain management
Target Applications
E-Cigarette
Airflow sensing, temperature monitoring, battery protection, heating control, multi-function MCU integration.
Consumer Electronics
Portable power management, battery charging, LED drivers for displays and backlighting.
IoT Devices
Low-power sensor interfaces, wireless communication support, battery-powered operation.
Battery Management
Li-ion charging control, protection circuits, cell balancing, thermal management.
Motor Control
BLDC motor driver, FOC algorithm, sensorless commutation, speed control systems.
Smart Lighting
LED driver control, PWM dimming, color mixing, thermal regulation for LED arrays.
Sensor Applications
MEMS microphone, airflow sensor, temperature sensing, signal conditioning interfaces.
Audio Systems
Audio amplifiers, preamplifiers, analog signal processing, headphone drivers.
Ready to Integrate Our ICs?
Get started with engineering samples or schedule a consultation with our experienced design team.