DESIGN SERVICES & IP

Faster design iterations.
Human-led engineering.

Our AI-driven methodology accelerates circuit exploration, simulation and optimization. Experienced engineers guide the process, validate the results, and remain responsible for design decisions and sign-off.

Discover our AI-driven methodology

Custom IC design

Analog, digital and mixed-signal design shaped around your specifications and integration constraints.

  • Architecture and feasibility
  • Circuit design, device sizing and RTL
  • Testbenches, simulation and characterization

Layout & verification

Physical implementation connected to electrical intent, with the checks needed for the agreed design scope.

  • Custom layout and physical integration
  • DRC, LVS and extraction workflows
  • Post-layout performance and corner analysis

IP adaptation & migration

Move a design towards a new target technology, supply range or application through explicit redesign and comparison.

  • Source-design and target-process assessment
  • Technology-specific circuit and layout changes
  • Characterization and integration handover

A DELIVERABLE YOU CAN WORK WITH

Agree the outcome.
Then build towards it.

Each engagement starts with a concrete engineering objective. We define what will be delivered, how it will be checked, and which decisions remain with your team.

Scope a design project
01

Design assets

Agreed schematic, RTL, layout and model views for your environment.

02

Verification evidence

Test conditions, result summaries and the scope of completed checks.

03

Integration handover

Interfaces, assumptions, operating limits and supporting documentation.

ENGAGEMENT OPTIONS

Start at the right scale.

01

Focused assessment

Evaluate a block, a migration or a difficult design constraint. Leave with a practical scope and the next engineering decisions.

02

Defined design project

Work towards an agreed set of milestones, design assets and verification deliverables.

03

Ongoing collaboration

Add specialist design and workflow support as your requirements and programme evolve.

FROM THE PORTFOLIO

A closer look at the work.

SAiR10 ADC layouts for 65 nm CMOS, 16 nm FinFET and 22 nm FD-SOI, shown at a common scale

DATA CONVERSION

One ADC. Three technologies.

A 10-bit, 5-MS/s asynchronous SAR ADC developed from a common specification across bulk CMOS, FD-SOI and FinFET.

65 nm CMOS · 22 nm FD-SOI · 16 nm FinFET

Layout & extracted-simulation case study
Bias-generator layouts in three CMOS technologies

ANALOG BUILDING BLOCK

Precision in the details.

An eight-output bias generator distributing matched 10-µA currents, adapted and characterized for three process technologies.

Current distribution · Matching · Migration

Layout & simulation case study

LET’S MAKE IT CONCRETE

Let’s define your
next design.

Tell us what the circuit needs to do, and where you are starting.

Start a conversation