MMIC Design

CML Micro provides custom MMIC design services for RF, microwave and mmWave applications, supporting customers from concept and feasibility through to production-ready solutions.

CML AI

Instant answers, datasheets, application advice, and technical support – 24/7.

JIS C 0920
JIS C 0920
JIS C 0920
Glowing wireframe illustration of a layered circuit board with chip and component outlines, representing design services CML Brand Mark

Overview

Our MMIC design capabilities span GaAs and GaN technologies, supporting applications ranging from low-noise amplification and frequency conversion to high-power transmission. We work closely with customers to develop optimised solutions that meet demanding performance, size and power requirements.

Capabilities

GaAs MMIC Design

  • Low Noise Amplifiers (LNAs)
  • Driver Amplifiers
  • Power Amplifiers
  • Mixers and Frequency Converters
  • Custom RFIC Development

GaN MMIC Design

  • High-Power Amplifiers
  • Driver Amplifiers
  • Microwave and mmWave Designs
  • High-Efficiency RF Solutions
Glowing wireframe illustration of a layered circuit board with chip and component outlines, representing design services CML Brand Mark

MMIC Package Design

Our expertise extends beyond IC design to package development, supporting air cavity, laminate and chip-on-board approaches to optimise performance, thermal management and manufacturability.

Capabilities include:

  • Plastic Overmould Packages
  • Air Cavity Packages
  • Laminate SMT Packages
  • Chip-on-Board Assemblies
  • MCM Integration

Design to Production

CML Micro supports projects from feasibility studies through to production transfer, qualification and long-term supply, helping customers reduce development risk and accelerate time to market.

Ready to Build Smarter Wireless Systems?

Speak to our team about your application, discuss your requirements, or explore how CML Micro can support your next design.

Get in touch with Design Services

"*" indicates required fields

This field is for validation purposes and should be left unchanged.