Singapore-based Advanced RF and Microwave Systems OEM

Practical RF engineering experience from components to systems

AWG Tech is a Singapore-based RF and microwave engineering company working across components, modules, subsystems, and integrated assemblies. The company draws on more than 20 years of practical RF support and project experience, from troubleshooting individual components to developing assemblies for larger systems.

Founded and managed by veteran microwave engineers with decades of hands-on experience dating back to 1996, AWG Tech was established to bridge a critical gap in the aerospace, defense, and telecommunications industries: the need for an agile, high-competency design authority capable of delivering bespoke RF systems, multi-channel sub-assemblies, and OEM modules without the prohibitive NRE costs and bureaucratic delays of mega-defense conglomerates.

From our engineering facilities in Singapore, we partner directly with prime contractors, defense research institutes, and commercial OEM equipment builders worldwide—transforming demanding link budgets and complex Interface Control Documents (ICD) into flight-qualified, field-proven hardware.

Our Engineering Philosophy: The 4 Pillars of AWG Tech

  • Direct Engineer-to-Engineer Engagement: We eliminate sales intermediaries. When you engage AWG Tech, your program managers and chief architects interface directly with senior microwave systems designers who understand cascade noise figures, cavity modes, and phase noise physics.
  • Physics-Based Simulation Rigor: We do not guess; we simulate.  That way, we reduce uncertainty in design before committing to pcb fabrication or cutting metal.
  • Integrated Mechanical & Thermal Ownership: Recognizing that microwave performance is bounded by mechanical tolerances and thermal management, we own the complete physical packaging design—from multi-cavity CNC milling to conductive EMI gasketing.
  • Agile Prototyping to Scaled OEM Delivery: We move from schematic freeze to validated first-article hardware in 6 to 8 weeks, backed by established recurring manufacturing processes that support multi-year production programs.

How AWG works with customers

Clarify operating bands, signal levels, interfaces, package, environment, quantities, schedule, and acceptance criteria. Record assumptions and open items before they become design decisions.

Evaluate performance alongside availability, cost, thermal margin, size, serviceability, supplier inputs, and test evidence.

Transparent scope

Design provisions for EMC/environmental requirements, screening, qualification, and formal compliance are separate activities. The exact scope and evidence should be stated for each project.

Supplier or external laboratory work should have named responsibilities, deliverables, configuration records, and acceptance criteria.

Global Reach & Strategic Geographic Advantage

Operating from Singapore provides our global clients with distinct strategic advantages: a world-class logistics and shipping hub, rigorous intellectual property (IP) legal protections, and a robust aerospace engineering ecosystem. AWG Tech delivers non-ITAR, export-compliant RF solutions to defense and commercial primes across North America, Europe, the Asia-Pacific region, and the Middle East.

[INTELLECTUAL PROPERTY INTEGRITY]
Confidentiality & Intellectual Property Protection: We operate under strict mutual Non-Disclosure Agreements (NDAs). Customer design files, link budgets, and Interface Control Documents are maintained on secure, air-gapped engineering networks.

Long-Term Partnership & Program Continuity

  • Multi-Year Program Availability: We commit to supporting defense platforms throughout their multi-decade lifecycles with configuration freeze and form-fit-function replacement guarantees.
  • Obsolescence Management: Continuous GIDEP and PCN monitoring to resolve MMIC end-of-life events before they affect production.
  • Dedicated Engineering Account Management: Single-point technical escalation ensuring rapid engineering response throughout the program lifecycle.