Product Watch

Designing multi-radio IoT on one PCB is hard—here’s a proven way to do it Packing cellular, GNSS, Wi-Fi 6 and Bluetooth LE into a compact device creates coupling, mismatching and efficiency loss if the RF is not planned correctly. This design guide shows a reference implementation that uses Ignion Virtual Antenna® components and a MIPI-controlled RF switch t...

Our P/N AE5500SSH6558 has a Cut Off Frequency of 5.5GHz and a Pass Band Frequency of 5.5～23GHz. The Pass Band Insertion Loss is ≤2.0dB @ 5.5～5.8GHz ≤1.0dB @ 5.8～23GHz.

Our P//N AE2441WN2219 features a notch frequrency band from 2400～2483MHz and an Attenuation: ≥50dB, the Pass Bands are DC～2370MHz & 2500～6000MHz with an insertion of ≤1.5dB.

High-performance UHF band RF coaxial isolator operating from 380 to 460MHz with 300W high power handling capability. Features low insertion loss, high isolation, excellent stability and reliable performance. Ideal for public safety radio, wireless communication, base stations and RF power systems to ensure stable signal transmission and system protection.

DC-3GHz 10W Coaxial Fixed RF Attenuator, 50Ω impedance, low VSWR, excellent heat dissipation, and stable performance. Ideal for RF, microwave, wireless communication, test equipment, and signal power control applications.

Eteily's SMA Female-Male-Female RF T-adapter allows for efficient signal splitting in RF systems. The 50 Ω impedance and low-loss performance provide dependable connectivity for antennas, test settings, IoT devices, and wireless communication applications.

As wireless devices shrink and pack more radios onto a single PCB, designers face higher transmission power, frequent retransmissions, and ultimately, shorter battery life. Discover how to design smarter, power-efficient multi-radio devices that last longer in the field. Download Now What you will learn Why compact PCB layouts worsen coupling and battery...

Werbel Microwave’s WADC-0727-40-XXX high power directional coupler delivers reliable signal monitoring across 690–2700 MHz, supporting LTE and wireless infrastructure with precision and consistency.