Analog & Mixed-Signal Design Services

Building Precision Analog Solutions from Concept to Silicon

eInfochips, an Arrow Electronics company, offers comprehensive Analog and Mixed-Signal (AMS) Design Services to help semiconductor companies and OEMs develop high-performance, low-power analog IPs and integrated SoCs. With decades of experience and successful tapeouts across 180nm to 18A nodes, we deliver full-cycle design solutions—from market-driven specs to GDSII, chip validation, and packaging.
Whether you’re designing high-voltage automotive analog blocks, ultra-low-power IPs for wearables, or SerDes PHYs for high-speed interfaces, our team has the expertise to build and verify custom analog solutions that meet stringent power, performance, and area (PPA) targets.

Our Analog & Mixed-Signal Design Capabilities

Service Offerings

System Design and Architecture

  • System design and architecture definition
  • Design feasibility analysis and specification drafting
  • Micro-architecture development and process/foundry selection
  • Transistor-level circuit design with PVT (Process, Voltage, Temperature) optimization

Mixed-Signal Development and Integration

  • Mixed-signal analog/digital IP development
  • Mixed-mode design configuration
  • IP-level verification and AMS IP–SoC level integration

Layout and Physical Design

  • Chip floorplanning and pad ring design
  • ESD (Electrostatic Discharge) strategy implementation
  • Schematic design, layout, and post-layout simulation
  • Top-level verification and final tapeout

Post-Silicon Validation and Product Readiness

  • Chip characterization, electrical testing, and qualification
  • Reliability testing across target operating conditions

Package and Board Design

  • Package design tailored to performance and thermal needs
  • Validation board schematic and PCB design for post-silicon bring-up

Tool & Foundry Ecosystem

We leverage leading EDA tools (Cadence Virtuoso, Spectre, Innovus, Synopsys Custom Compiler) and support multi-foundry development including TSMC, GlobalFoundries, and Intel Custom Foundry.
Supported nodes: 180nm, 130nm BCD, 90nm, 55nm, 22nm, 16nm, 14nm, 10nm, 7nm, 5nm,18A

Target Applications

Automotive analog

Automotive analog subsystems (ASIL-compliant designs)

Power management ICs

LDOs, DC-DC converters, eFuses

Data converters

SAR, Sigma-Delta ADCs

RF and sensor front ends

Analog Ratio Digitizers, GaN MMIC Design, Sensor Interfaces

High-speed PHYs

SerDes for PCIe Gen4, UCIe, DisplayPort

Why Choose eInfochips for Analog Design?

Proven analog IP delivery across 180nm to 18A nodes

Expertise in power, clocking, data conversion, and RF circuit design

Cross-foundry analog migration and AMS IP reuse

ISO26262, PVT, and EMC-compliant flows for automotive-grade IPs

Seamless integration of analog IPs in digital SoCs

Full Lifecycle Ownership: From spec to post-silicon validation

Let’s Engineer Your Next Analog Innovation

Whether you’re developing a full mixed-signal SoC or optimizing a single analog block, eInfochips is your trusted partner in analog and mixed-signal design. Reach out to us to accelerate your product roadmap.

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