At Asmicore Semiconductor, we provide comprehensive Analog & Mixed-Signal Design services, enabling the development of high-performance, low-power, and reliable custom ICs for advanced semiconductor applications. Our engineering expertise spans from analog circuit implementation and full-custom layout to mixed-signal IP integration and signoff verification. We focus on delivering robust, manufacturable designs that meet stringent performance, matching, noise, and reliability requirements across a wide range of process technologies. Whether supporting standalone analog IPs or full-chip mixed-signal SoCs, our team works closely with clients to accelerate development while ensuring first-pass silicon success.At Asmicore, we deliver comprehensive verification solutions that ensure your chip designs are robust, bug-free, and ready for silicon. Leveraging advanced methodologies like UVM, assertion-based verification, and formal property checking, we cover every verification aspect—from IP blocks to full level SoCs. Our verification flow integrates simulation, emulation, and FPGA prototyping to catch functional bugs early, close coverage gaps, and accelerate time-to-market. With strong capabilities in clock domain crossing analysis, power-aware verification, and mixed-signal environments, we tailor our approach to your unique design challenges. Supported by industry-leading tools and proven experience at cutting-edge nodes, we partner up with you to deliver first-time-right silicon—helping reduce costly re-spins and speeding up product launches.
Summary on Competency
Full-custom Analog Layout for block-level and mixed-signal IPs
Device placement, floorplanning, and hierarchical layout implementation
Matching-critical layout techniques (Common-Centroid, Interdigitated, and Symmetrical Layout)
Guard Rings, Shielding, Substrate Isolation, and Noise-Aware Layout
Layout optimization for matching, parasitic reduction, and manufacturability
DRC, LVS, ERC, and Parasitic Extraction (PEX) closure
Electromigration (EM) and Reliability-Aware Layout implementation
Analog IP development, including LDOs, Bandgap References, Current Mirrors, Comparators, Operational Amplifiers, Charge Pumps, and Oscillators
Mixed-Signal IP support, including ADCs, DACs, PLLs, DLLs, and Clock Generation circuits