Fragmented Blade Antennas

Coming Soon

Marietta Research Solutions is developing a line of high-performance fragmented aperture blade antennas covering 2.4–7.5 GHz — spanning WiFi 6E, UWB, and Sub-6 5G bands. Each design is generated using our proprietary AI optimization pipeline and validated with full-wave FDTD electromagnetic simulation.

Technology

Fragmented aperture antennas replace conventional patch or dipole geometries with an AI-optimized metallic fragment pattern on a planar substrate. This approach unlocks wideband performance, compact form factors, and multi-band coverage that conventional designs cannot achieve. Every antenna in the product line is drawn from a database of over 16 million simulated designs.

Stock Designs

Pre-validated antenna designs available as instantly downloadable Gerber files for a fixed fee. Place the design directly on your product PCB or fabricate as a standalone antenna — ready to integrate immediately.

Frequency Coverage

2.4–7.5 GHz continuous or band-specific.
WiFi 2.4/5/6E, Bluetooth, UWB (6–8 GHz), Sub-6 5G (3.3–4.2 GHz).

Substrates

FR4 (low cost, high volume),
Rogers (low loss, precision),
Flex (conformal, wearable).

Form Factors

PCB-integrated (no external antenna),
standalone blade (SMA/U.FL),
range of sizes from 15×15 mm to 40×30 mm.

AI-Optimized

Every design selected from 2²⁴ candidates via neural network surrogate models trained on full-wave FDTD data.

Custom Designs

Need a specific frequency band, substrate, or form factor not in our stock catalog? We offer custom fragmented aperture antenna design using the same AI/FDTD pipeline. From specification to validated Gerber files, typically delivered in 1–2 weeks.