Jampro’s FM medium power side-mount antennas have a proven track record of nearly seven decades. We have become a leading FM antenna system manufacturer. Moreover, our dipole manufacturing utilizes heavy-duty galvanized/stainless steel. We also aim to assure long, trouble-free service even under the harshest conditions.
The JLPC Penetrator Medium Power FM Antenna provides CPol at 87.5-108 MHz. Additionally, the power rating is up to 4kW. Rigid Shunt feeds with Marine Brass and Copper construction also guarantee long-term reliability. The typical VSWR is 1.1:1 @ +/- 150 kHz.
The JMPC Penetrator antenna supports a single frequency. This high-quality antenna construction includes Galvanized steel, Marine Brass, and Copper. Furthermore, it delivers a Circularly Polarized Azimuth Pattern at up to 10kW. Also, the VSWR is typically 1.1:1 ± 200 kHz.
The JBCP‐M Optimizer is a Medium Power single frequency or broadband FM Antenna. Also, the Marine Brass / Copper construction provides reliability and supports up to 20kW. The VSWR is also 1.1:1 @ +/- 200kHz. Available with C/EPol & FCC Directionalization.
Jampro’s JCPB-M Medium Power Directional Penetrator Antenna is a Broadband antenna system for bands 1, II, and III. Furthermore, the CPOL dipoles will support up to 5kW per bay/element. Finally, the Stainless Steel construction and silver-plated inner conductors also assure good longevity.
The ADB-FM1 is a flexible, vertically polarized antenna available in 2,4,6 or 8 bays or elements. Rated at 1kW per bay, it supports up to 8kW with an eight-bay configuration. Furthermore, the typical VSWR is 1.4:1 as it is a broadband antenna and does not require field tuning.
The JSWB FM Broadband CPol Antenna design allows multi-frequency broadcasts at 10 kW–100 kW. Each element contains quality Marine Brass and Copper. Furthermore, silver-plated inner connectors maximize electrical contact life. It also provides excellent azimuth patterns.
The JCPB-DA is a Broadband, Circular Polarization Antenna. It has a dipole power rating of 2.0kW or 5kW for the M/H version. You can expect an excellent VSWR without the need for field tuning. Furthermore, the DC grounding at each bay and Balun protects against lightning.
The JMHP Ring antenna has a 10kW rating. The side-mounted product has a Rigid Coax Feeder. It supports Band II (87.5 – 108 MHz) and is HD-Radio™ ready. Furthermore, the construction includes Marine Brass, Copper, Stainless Steel, and Hot-Dipped Galvanized steel for long life.
The Jampro JBVP antenna delivers an elliptical or Vertical polarized signal. The design will handle broadband and provides a VSWR of 1.25:1 over 6MHz. It also supports medium power inputs with beam tilt and null fill facilities. Custom directional patterns are also available.
The J3YF is a 3-element Yagi that provides a high-gain directional pattern with vertical or slant polarization. Furthermore, it is suitable for Medium to High power in the FM (Band II) frequencies. You can also expect a VSWR of 1.3:1 or better.
Our antenna construction is highest quality and uses Marine Brass and Copper. Furthermore, a hot-dipped galvanized steel mounting bracket for utmost grounding supports each bay. Moreover, this approach assures long, trouble-free service even under the harshest weather conditions.
Extended Life FM Medium Power Side Mount Antennas
Moreover, the medium power multi-channel FM markets are our primary focus, demanding. Most products are also ideal for multi-channel operation over the entire FM band II or 87.5 – 108 MHz.
Besides, the range of antennas allows the coverage area design and optimization to be simplified. Jampro also aims to fill any broadcaster’s requirements rapidly. A combination of unequal power division and varying phases also provides a wide range of customized directional patterns.
Finally, GRP Radome covers generally provide weather protection for the dipole feed points. This approach overcomes the need for electrical element deicing. With fully pressurized feed systems and careful attention to dissimilar metal junctions, it also dramatically increases reliability. This approach also reduces operating costs. Most importantly, the design quality remains second to none.