Antenna Library/Phased Array/28 GHz mmWave 8x8 Beamforming Phased Array
CAD Geometry • PHASED_ARRAYSTEP / SolidWorks AP214
3D CAD•3D CAD SOLVER MODEL
64-Element Phased Array Grid
±0.001 mm CAD

Computational Verification

Primary SolverAnsys HFSS
Numerical MethodFEM
Validation StatusSimulation only
Mesh Cell Count32 Million
Simulation Runtime12.5 Hours

Package Deliverables

  • Touchstone .s64p
  • Active element pattern matrices
  • PyAEDT beamforming synthesis code
  • Full .aedt workspace
Bilateral NDA Standard & Air-Gapped Compute

Custom installed studies and platform integrations are executed on dedicated on-premise compute nodes under bilateral mutual non-disclosure agreements.

Phased ArraySimulation only

28 GHz mmWave 8x8 Beamforming Phased Array

64-element millimeter-wave beamforming phased array on Rogers RO4350B. Evaluates scan blindness up to ±60° steering, mutual coupling, and side-lobe suppression.

Calibrated Solver Results

Band: 26.5 GHz – 29.5 GHz
Reflection Coefficient |S₁₁| (dB)Port input return loss & resonance dips across simulated bandwidth
S₁₁ (dB)-10 dB (VSWR 2:1)
-5 dB-10 dB-15 dB-20 dB-25 dB-30 dB26.5G27.5G28.0G28.5G29.5G
Minimum S₁₁: -28.2 dBPassband compliance: < -10 dB verified

Antenna Specifications

Operating Band
26.5 GHz – 29.5 GHz
Antenna Geometry
Substrate-integrated stacked patch array
Peak Realized Gain
24.5 dBi
Max VSWR
1.8:1
Radiation Efficiency
86%
Polarisation
Dual Linear
Target Platforms
Airborne, Fixed Site, UAV/Drone
Mesh Model
32M cells

License Model or Request Custom Platform Study

Add this antenna model to your request basket to license the validated simulation archive, re-simulate with custom material parameters, or order a vehicle/mast installed-performance study.