Surface electromagnetic waves carry 5G data through conductive enclosures, turning metal structures into waveguides for broader coverage.
Rhombus-shaped slots in a dielectric antenna broaden bandwidth while preserving directional satellite-to-ground radiation in a compact form.
A helical slot radiating antenna uses a grounded conductive body and support rod to deliver compact high gain, broad bandwidth, and lower side lobes.
Surface electromagnetic waves tunnel 5G signals through conductive enclosures, extending indoor and in-vehicle coverage with lower latency.
Orthogonal RFID antennas inside a bioptic barcode reader improve point-of-sale tag reads and help distinguish sold items from shrinkage.
A compact animal tag integrates a helical antenna winding around the attachment opening to maintain signal emission while reducing housing volume.
Dual-elliptical antennas eliminate vector rotation noise and ground-bounce reflections, enabling precise inventory tracking without manual labor.
Segmented ground conductors with external notches reduce backside gain and multipath interference without compromising overall antenna sensitivity.