01↗
Expert-intensive flows
Critical trade-offs and layout decisions depend on experienced analog/RF designers.
CUSTOM ANALOG & RF SILICON
From design
complexity to
silicon clarity.
VegamIC combines deep analog and RF design expertise with design-informed automation to accelerate custom integrated circuit development—from specifications to layout and tapeout.
DESIGN-INFORMED AUTOMATIONVEGAMIC / FLOW 01
SPECIFICATIONS → SCHEMATIC → LAYOUT → SILICON01 / 04
Human expertise, amplifiedAutomation guided by design judgement
ENGINEERED FOR COMPLEXITYBUILT FOR REAL SILICON
01 THE CHALLENGE
Analog design deserves a faster path forward.
Analog and RF IC design demands expertise at every turn. Circuit sizing, process corners, layout parasitics and verification create tightly coupled iteration loops.
Our answer is not to remove the engineer from the process. It is to make expert design decisions more repeatable, bringing automation to the work that slows custom-silicon execution.
See how we approach design02↗
Iterative design cycles
Optimisation and verification span multiple design domains and interacting constraints.
03↗
Process-dependent effort
Design migration across technologies often requires repeated engineering work.
02 OUR TECHNOLOGY
Design intelligence.
Made repeatable.
VegamIC integrates reusable design knowledge, simulation-driven optimisation and constraint-aware layout generation—while expert engineers retain control of key design choices and sign-off.
01 ↘
Define
Specifications and design constraints
02 ↘
Optimise
Topology, sizing, simulation and PVT
03 ↘
Generate
Constraint-driven physical layout
04 ↘
Verify
Checks and tapeout-ready design output
HUMAN-IN-THE-LOOP BY DESIGN SCHEMATIC → LAYOUT → GDS
03 WHAT WE DO
Custom circuits.
Practical delivery.
From focused RF building blocks to integrated design programmes, our capabilities are geared towards semiconductor teams seeking specialised analog/RF execution.
01 / DESIGN
Custom analog & RF IC design
Specification-driven design of analog, RF and wireless building blocks, supported by deep circuit expertise.
02 / AUTOMATION
Schematic optimisation
Design-informed sizing, simulation and exploration of circuit-performance trade-offs.
03 / PHYSICAL DESIGN
Layout generation
Constraint-driven physical layout with attention to matching, symmetry and parasitic effects.
04 / ROBUSTNESS
Verification-aware workflows
Analysis across PVT conditions, mismatch and robustness metrics, with expert-led design closure.
AREAS OF FOCUS
WIRELESS FRONT ENDSLOW-NOISE AMPLIFIERSMIXERSRF DACsFREQUENCY GENERATION
04 TECHNICAL EVIDENCE
Beyond the flowchart.
Towards silicon.
VegamIC's work builds on research in analog/RF schematic and layout automation, with receiver-design and RF DAC outputs taken through tapeout.
AUTOMATION-GENERATED LAYOUT / RECEIVER
SELECTED DESIGN OUTPUT 01
SELECTED TAPEOUT MILESTONES
Evidence from a real design flow.
Automation-generated BLE/Wi-Fi receiver chip layouts have progressed through tapeout. An RF DAC tapeout was also completed using the same automation flow.
Receiver chip layoutAutomation-generated and taken through tapeout
RF DACTapeout completed through the automation flow
Design knowledgeReusable schematic, optimisation and layout methodologies
Tapeout is a fabrication-submission milestone and does not, by itself, imply measured silicon validation.
Selected research foundations
Examples of work from the team's technical research base
IEEE RFIC · 2023RF circuit layout trade-offs using ALIGN
IEEE MWSCAS · 2025Low-noise amplifier design automation
IEEE ISCAS · 2026Double-balanced Gilbert-cell I/Q mixer optimisation
05 WHO WE ARE
Built by people who
know the silicon.
VegamIC's founding team combines circuit-design leadership, physical-design automation and RF/mixed-signal systems experience.
06 GET IN TOUCH
Have a circuit
in mind? Let's build.
Exploring a custom analog/RF design, a wireless front-end block or a potential technical collaboration? Tell us what you're working on.
contact@vegamic.comBased in India · Building for the global semiconductor ecosystem
PROJECT ENQUIRY01 / START HERE