Antenna Synthesis & Array Beamforming
The 52 models cataloged across our reference library represent validated baseline examples and demonstration benchmarks. Nikola RF delivers AAA full-wave 3D computational electromagnetic simulations and tailored co-design in Ansys HFSS, CST Studio Suite, and Altair Feko to synthesize and de-risk your proprietary antenna hardware before tooling.
Planar Monopoles & Vivaldi Notches
Ultra-wideband tapered slot antennas and compact ground-clearance radiators for IoT, pulse radar, and cellular bands with optimized group delay flatness.
Microstrip & Aperture Arrays
Active element pattern extraction, scan blindness mitigation, mutual coupling suppression (< -25 dB), and true-time-delay corporate feeds.
Dielectric Resonators & Horns
High-efficiency DRA elements, corrugated feed horns, and full 3D radome transmission loss calculation with aerodynamic boresight error minimization.
Passive Microwave Components
Passive structures determine front-end insertion loss, port match, and harmonic rejection. We optimize high-Q planar filtering, power distribution, and low-loss routing using full-wave electrodynamics.
Power Division & Combining
Wilkinson equal/unequal power splitters, resistive star splitters, 90° branch-line hybrids, 180° rat-race rings, and Lange couplers.
Signal Routing & Attenuation
Microstrip directional couplers, symmetric Pi/Tee pads, multi-bit digital step attenuators, ferrite circulators, and microstrip isolators.
Filtering & Selection
Stepped-impedance low-pass filters, interdigital bandpass filters, compact hairpin resonators, transmission line notch stubs, and junction diplexers.
Impedance Matching
Quarter-wave impedance transformers, broadband planar baluns, DC bias tees, RF DC block capacitors, and precision 50 Ω RF terminations.
Passive Microwave Component Directory
Review closed-form scattering matrices [S], analytical equations, substrate recommendations, and initiate HFSS / ADS simulation scopes.
Electromagnetic Simulation Solvers
Replacing physical cut-and-try with deterministic computational electrodynamics. We deliver turnkey contract modeling, multi-solver verification, and CAD synthesis across Ansys HFSS, CST Studio Suite, Siemens Simcenter FEKO, and Keysight PathWave ADS / RFPro.
Ansys HFSS & Maxwell
Industry gold standard for 3D full-wave volumetric FEM, packaging, and installed SBR+ radar.
Ansys HFSS delivers finite element frequency-domain electrodynamics with automated adaptive mesh refinement that terminates only when S-parameter convergence thresholds are strictly satisfied.
Ansys HFSS Contract Engineering Services
We build fully parameterized, production-ready .aedt workspaces with exposed variables, analytical equation drivers, and convergence-verified boundary setups.
How Nikola RF Selects the Right Solver for Your Hardware
We do not force complex planar circuits into slow 3D FEM meshes, nor do we run surface MoM on closed cavity resonators. We select the mathematically exact solver—or hybrid co-simulation—to minimize RAM, accelerate convergence, and guarantee sub-1% empirical correlation.
Publication-to-HFSS CAD Pipeline
Evaluating academic papers or patent disclosures usually stalls at CAD setup. We programmatically extract dimensional equations and coordinate matrices to deliver fully parameterized, variable-driven .aedt workspaces.
import pyaedtfrom pyaedt import Hfss# Initialize headless solver instance with material overrideshfss = Hfss(specified_version="2024.1", designname="IEEE_APS_UWB_Radiator") hfss.change_material_override(True)# Parametric geometry binding extracted from publicationvariables = {"flare_angle": "48.5deg","taper_rate": 0.125,"sub_thick": "0.787mm", # Rogers RT/duroid 5880"feed_gap": "0.32mm"}for var, val in variables.items(): hfss[var] = val[+] Synthesizing 3D analytical curve spline... Done.[+] Assigning multi-frequency adaptive mesh (1.0 to 12.0 GHz)... Done.[+] Converged: Delta S < 0.007 at Pass 8. Exporting .s2p touchstone.Standards & Compliance
Every electromagnetic simulation model, antenna array, and passive microwave component is synthesized and validated in accordance with rigorous DoD military specifications, aerospace environmental endurance, and IPC/IEEE high-frequency commercial standards.
Defense & Aerospace Specifications
DoD, airborne avionics & mission-critical RF payloads
Radiated & conducted emissions (RE102: 10 kHz to 18 GHz, CE102) and susceptibility modeling (RS103 up to 200 V/m, CS114 RF injection). Enclosure cavity resonance damping and slot-aperture leakage mitigation.
Thermal envelope survivability (-55°C to +125°C), random missile vibration profiles (Method 514.8), mechanical shock, low-pressure altitude breakdown, and airborne RF susceptibility (DO-160G Sec 20/21).
Coaxial connector qualification (SMA, 2.92mm, SMPM) with calibrated TDR step discontinuities; high-power thin-film terminations and chip attenuator derating curves under sustained CW/pulsed dissipation.
Thermal shock cycling (Method 107), moisture resistance (Method 106), solderability, hermetic packaging seal verification, and dielectric withstanding voltage (DWV) modeling.
Commercial & Telecom Standards
High-frequency PCB, 5G/6G, IEEE & space telemetry
Aerospace-grade microwave PCB fabrication; etch tolerance controls (±12 µm trace width accuracy), copper surface roughness (Huray & Hammerstad profiles), and ENIG/ENEPIG plating loss on Rogers RT/duroid® and PTFE substrates.
Test fixture de-embedding up to 110 GHz (2X-Thru / TRL); strict mathematical causality and passivity enforcement on exported .sNp Touchstone files, and IEEE 149 anechoic far-field antenna measurement standards.
User Equipment (UE) & Base Station (BS) RF compliance — Error Vector Magnitude (EVM), Adjacent Channel Leakage Ratio (ACLR), spectrum emission masks, and Over-The-Air (OTA) spherical EIRP cumulative distribution (CDFs).
Satellite earth station mask compliance, unintentional radiator harmonic suppression, point-to-point microwave link coexistence, and ETSI radio spectrum efficiency requirements.
Audit-Ready Engineering Assets Handed Off
Every simulation, antenna array, and passive microwave component is packaged as an uncompiled, fully parameterized engineering asset for immediate CAD and fabrication integration.
Native Solver Archives
Clean, uncompiled .aedt and .wrk workspaces with parameterized coordinate systems and complete setup trees.
De-Embedded Touchstone
Multi-port .sNp network parameter matrices with IEEE 370 causality & passivity enforcement for immediate drop-in cascade simulation.
PCB Layout Directives
Exact dimensional guidelines for CAD engineers: via-fence pitch, coplanar ground gaps, antipad clearances, and keep-out zones under IPC-6018D Class 3 rules.
Verification Report
Standardized audit documentation with Cartesian return loss (S₁₁), Smith charts, 2D/3D radiation patterns, phase center stability, and MIL-STD compliance summaries.