accelerating analog, mixed-signal and RF IP design migration

Amalia PLATFORM

AI powered
Analog, mixed-signal and RF IC design migration

AMALIA PLATFORM

Whether you’re retargeting an existing product or adapting proven IP to new nodes and foundries, AMALIA enables you to do both—faster and more efficiently.

The AI-powered AMALIA platform integrates four specialized solutions into a comprehensive front-to-back flow. It automates critical stages of the analog design migration process while intelligently supporting those that require expert engineering input. This hybrid approach—combining automation with ‘engineer-in-the-loop’ intelligence—significantly reduces the complexity, cost, and time traditionally associated with design migration and optimization.

Full migration workflow

Analysis

  • Identifies source design cells and their characteristics with source PDK
  • Matches target PDK equivalents and generates a detailed source-to-target mapping file

Circuit porting

  • Converts schematics using the mapping file
  • Reconnects testbenches and runs full PVT simulations
  • Analyzes results and adjusts to meet original specs

Design centering

  • Detects and tunes the Key Devices that impact performance

Layout

  • Preserves the proven source floorplan while adapting to new PDK constraints
  • Ensures DRC compliance and validates performance through simulation


Accelerate migration.  Designer-in-the-loop. 

AMALIA handles the repetitive tasks—so the team can focus on high-value design decisions.

Engineer focussed efficiency

Speed & efficiency

Accelerate design cycles, product launches, and time to revenue

Resource optimization

Reduced pressure on critical resources to focus on innovation and new product development

Data driven decisions

Make faster, more informed choices about adopting new nodes and evaluating alternatives

Business flexibility

Navigate supply chain shifts and process migrations to adapt quickly to market and regulatory changes

DISCOVER THE AMALIA PLATFORM

Customer use cases

RF Transceiver Tech Analysis for Broadband and IoT Markets

A leading semiconductor company needed to assess the feasibility of migrating its RF Transceiver IP from 40nm to 22nm.

Audio SoC Optimization for Ultra-Low Power Mobile Applications

A customer faced the challenge of lowering power consumption during the migration of a Whisper Trigger Amplifier to a Tier 1 55nm process.

WiFi IP Design Migration to 28nm Process

A customer sought to migrate a WiFi IP design to a 28nm process, specifically focusing on the phase locked loop (PLL), a key component in wireless communications.

Would you like us to get in touch with you?

Let us know how we can help—our experts are ready to discuss your design migration needs.