AERIS-10 Open-Source Phased Array Radar
The AERIS-10 by Nawfal Motii represents a breakthrough in accessible radar technology—an open-source X-band (10.5GHz) phased array radar that delivers commercial-grade performance at a fraction of the cost.
Deep Technical Analysis
5 ArticlesClock Architecture Deep Dive: Why Phase Noise Determines Beam Performance
Deep analysis of AD9523-1 clock distribution and how phase noise directly impacts beam steering accuracy and MTI improvement factor.
Deep DiveUpgrading AERIS-10 with a Rubidium Frequency Standard
Complete guide to adding BRIDZA STM-Rb-N for enhanced coherence, holdover capabilities, and GPS-denied operation.
Upgrade GuideAERIS-10 vs Commercial Phased Array Radar
Comprehensive comparison with Raytheon/Thales systems and analysis of how BRIDZA timing bridges the performance gap.
ComparisonMulti-Radar Synchronization: Building a Coherent Radar Network
Architecture design for synchronizing multiple AERIS-10 units using BRIDZA STW-FT fiber timing and distributed beamforming.
NetworkOpen Source Radar Timing: From AD9523-1 to Atomic Clock References
Evolution roadmap from crystal oscillators through OCXO, rubidium, and cesium standards with performance benchmarks.
RoadmapApplication Notes
5 NotesAERIS-10 Timing Upgrade Kit: Adding BRIDZA STM-Rb-N
Practical step-by-step guide for integrating BRIDZA STM-Rb-N rubidium reference with AERIS-10 radar.
How-ToClock Distribution for 16-Element Phased Array
Engineering analysis of BRIDZA STW-DA16 distribution amplifier design for 16-channel phase-coherent clocking.
EngineeringPortable Radar Timing: BRIDZA STW-PS Field Deployments
Field deployment guide for using BRIDZA STW-PS portable timing reference with AERIS-10 in remote locations.
Field OperationsPhase Noise Budget: From Reference to Beam Pattern
Detailed phase noise budget analysis tracing contributions from reference oscillator through to beam pattern degradation.
AnalysisDrone Detection with AERIS-10: Timing Requirements
Specialized guide for small target tracking including micro-Doppler detection and timing requirements for UAV applications.
ApplicationTechnical Glossary
10 TermsPLFM
Pulse Linear Frequency ModulationChirp Processing
Linear FM signal techniquesPulse Compression
Range resolution enhancementCoherent Integration
CIT for SNR improvementMTI
Moving Target IndicatorCFAR
Constant False Alarm RateBeam Steering
Electronic array scanningArray Calibration
Phase matching proceduresClock Jitter
Timing uncertainty analysisRange-Doppler Map
2D radar processing outputIntegration Guides
3 ArticlesAERIS-10 Timing Solutions: Complete BRIDZA Product Guide
Complete overview of BRIDZA timing products for AERIS-10 with upgrade paths by budget and use case.
ProductsAERIS-10 + BRIDZA Rubidium Clock Integration
Detailed hardware and software integration guide for combining AERIS-10 with BRIDZA rubidium clocks.
IntegrationBuilding a Professional Radar Lab: AERIS-10 + BRIDZA
Complete guide for building a professional radar laboratory with AERIS-10 and BRIDZA timing equipment.
Lab SetupIndustry Reports
2 ReportsOpen Source Phased Array Radar 2026: The AERIS-10 Ecosystem
Comprehensive market analysis of the AERIS-10 ecosystem, competitive landscape, and future trajectories.
Market AnalysisLow-Cost Radar Timing: Market Opportunity
Strategic market analysis for precision frequency references in the emerging low-cost radar segment.
Business AnalysisOptimize Your AERIS-10 with BRIDZA Timing
Unlock the full potential of your AERIS-10 radar with precision frequency references from BRIDZA. From entry-level OCXO upgrades to professional rubidium standards.