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INNOVATIVE RF & MICROWAVE SOLUTIONS FOR DEFENSE AND SPACE
At NAES, we do cutting-edge microwave and RF board design up to 40 GHz for the most demanding sectors—defense and space.
Our mission is to provide comprehensive solutions that meet the highest standards of quality, reliability, and performance. Also, NAES is dedicated to advancing technology through high-frequency electronics for defense and space. We deliver reliable, high-performance solutions for mission-critical applications.
SERVICES OFFERED
We manage full turnkey projects or parts of projects, handling everything from design and development to delivery and support of high-end microwave electronics.
FULL TURNKEY PROJECTS
We manage complete end-to-end solutions, handling everything from design and development to delivery and support of highend microwave subassemblies.
FIRMWARE DESIGN
We develop embedded firmware for precise control and communication within RF systems, utilizing microcontrollers and FPGAs to ensure seamless integration and reliable system performance.
RF ARCHITECTURE & BOARD DESIGN
Custom-tailored radio frequency systems designed to meet the unique needs of your mission. This includes lineup calculations, filter design, 3D EM simulations, schematic capture and layout, and digital control via FPGA/microcontroller.
PRODUCTION & AUTOMATED TESTING
We manage deliveries including full PCB production and assembly, mechanical assembly, and automated RF testing (ATP/ATR and Qual) for each unit to ensure adherence to specification.
MECHANICAL DESIGN
Additional RF related development activities include mechanical design and that interfaces customer’s project and ensures correct RF performance.
WE DESIGN HARDWARE
At NAES, we specialize in the design and development of advanced RF and microwave hardware for the most demanding defense and space environments. Our expertise spans the full hardware lifecycle—from initial architecture and board design to mechanical integration and high-frequency subassembly development. Every component is engineered for optimal performance, reliability, and seamless integration into complex systems.
PRODUCTS WE DEVELOP
NAES develops advanced RF hardware for civilian, military, and space applications. We either develop in-house or partner with capable partner companies to develop technologies at the forefront.
RF & Microwave Subsystems
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Upconverters / Downconverters
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Frequency Synthesizers
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Mixers and Modulators
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RF Front Ends (RFEs)
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Transmit/Receive (T/R) Modules
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Low-Noise Block Downconverters (LNBs)
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Frequency Translators (Block Converters)
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Beamforming subsystems
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Connectorized Modules
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Phased Array Antennas
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Electronically Steered Antenna Panels
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Switched Beam Antenna Modules
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Ka/Ku/X-band Transceivers
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Satellite Modems and IF-RF Gateways
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VSAT BUCs and LNBs
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Software-Defined Radios (SDRs)
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SSPAs
WE DESIGN HARDWARE
MISSION-CRITICAL ENGINEERING
We design reliable RF systems built to perform flawlessly in defense and space missions where failure is not an option.
TAILORED SYSTEM SOLUTIONS
Every project is custom-developed to meet unique operational requirements, from initial specs to final deployment.
SPACE-GRADE QA
All components undergo rigorous testing to meet or exceed aerospace-grade reliability and qualification levels.
COMPACT & SCALABLE DESIGNS
Our hardware is built to be space-efficient while scalable, supporting future growth and integration flexibility.
RF SIMULATION & MODELING
Using advanced 3D EM tools, we simulate real-world conditions to optimize performance before hardware is built.
THE TOOLS WE USE
PCB Schematic
Cadence OrCAD
PCB Layout
Cadence Allegro
Lineup Calculations
SysCALC 6
Filter Design
Ansys Filter Designer, ADS Momentum
3D EM Simulation
CST
Other RF Simulations
ADS
Mixer Spurs/ Frequency Spectrum Analysis
In-house developed tools
COMPANY OVERVIEW
NAES is a specialized provider of high-frequency electronics for defense and space. The company offers end-to-end RF and microwave solutions—from system architecture and board design to mechanical integration and automated testing. We combine engineering precision with mission-grade reliability to deliver high-performance hardware for the most demanding applications.
