Our featured products represent the latest advancements in RF design, combining precision engineering with proven field performance. Each antenna and filter in this collection reflects our commitment to high electrical efficiency, mechanical strength, and long-term reliability in mission-critical environments. Covering a wide frequency spectrum from sub-GHz to multi-GHz, these products are built for applications ranging from defense and public safety to industrial wireless, utilities, and broadband infrastructure. Explore the range below to discover how our engineering expertise transforms complex RF challenges into compact, high-performance products built for the next generation of RF.
AT42 Series For SCADA/AMI/Telemetry High Gain 900MHz Panels & Omnis
TA58 Series For Military/Defense S-Band Lightweight Manpack Parabolic
TA Counter Drone Series Dual-Polarized 0.4 to 8.0GHz Omni
TA Ultra Portable Manpack Series Flexible Blade Antenna 30-512MHz
TA Ultra Portable Manpack Series Tactical Dual-Band Omni (1.4 / 2.2GHz)
TA Airband Series Tunable Dual-Cavity Bandpass Filter
The AT42 Series is a family of high-performance antennas engineered for carrier-grade and mission-critical wireless networks. Designed for the 870–960 MHz band, the series includes both high-gain panel and omnidirectional models that deliver outstanding efficiency and consistent performance across SCADA, AMI, GSM 900, LTE 900, and private LTE applications.
Each antenna in the AT42 Series combines high gain, low VSWR, and rugged mechanical construction to ensure reliable operation in demanding outdoor environments.
Both omni and panel variants share the same RF principles, providing high efficiency, low loss, and stable broadband performance.
Panel antennas are available with 65°, 90°, 102°, or 120° beamwidths, while omni models offer uniform 360° azimuth coverage.
Supports Vertical and ±45° Slant polarizations to enable MIMO, diversity reception, and robust performance in multipath environments.
Rated for 150 W CW with VSWR ≤ 1.5:1, delivering strong front-to-back performance (> 25 dB) and excellent cross-polar isolation (> 20 dB).
IP67-rated, UV-stable radome with aluminum back-plate, stainless-steel hardware, and 7/16 DIN-female connectors for long-term reliability.
The TA-5875-30D4MIL is a high-performance parabolic dish antenna engineered for tactical and military-grade communication systems operating between 4.4 GHz and 5.875 GHz. Its precision-shaped reflector delivers a narrow 4° beamwidth and 30 dBi gain, enabling long-distance, high-capacity point-to-point communication links.
Delivers 30 dBi gain with a sharp 4° beamwidth, ensuring exceptional link performance and minimal off-axis interference for long-range data transmission.
Maintains a VSWR ≤ 2.0 (–9.54 dB) for low reflection and efficient RF power transfer, reducing losses and maintaining signal clarity.
Provides > 30 dB front-to-back ratio, > 28 dB port-to-port isolation, and > 20 dB cross-polar isolation, ensuring clean, interference-free operation.
Built to MIL-STD-810G standards and finished in military green, the antenna withstands temperature extremes, humidity, shock, and vibration, maintaining reliability under mission-critical conditions.
37-inch (0.94 m) diameter and total weight of ≤ 4.4 lbs (2 kg) with excellent gain-to-weight efficiency, making it ideal for rapid setup and field deployment.
The TA-4006K-O-4DPLMR is a wideband dual-polarized omnidirectional antenna designed for broadband communications, surveillance, and counter-UAS operations across 400 MHz to 6 GHz. Its innovative biconical structure ensures full-spectrum performance with excellent impedance stability and polarization purity, making it highly effective for tactical, transportable, or fixed installations.
Delivers seamless RF performance across low- to high-frequency bands, supporting multiple mission profiles and communication standards within a single compact antenna.
Provides > 70 dB isolation between vertical and horizontal ports, ensuring clean, independent signal paths for MIMO and dual-channel operation with minimal cross-coupling.
Maintains uniform radiation in azimuth and near-360° vertical beamwidth, offering consistent all-around coverage with no signal dropouts or pattern nulls.
Rated for 225 W CW, maintaining low VSWR (≤ 1.2 typical) for superior impedance matching and efficient power transfer across the operating range.
When one polarization exhibits a null, the orthogonal polarization provides a maximum response, ensuring continuous coverage even during polarization shifts or movement.
The TA-BA30512-13TNCM is a compact, flexible broadband blade antenna designed for portable and manpack tactical radios operating across the 30 MHz to 512 MHz spectrum. Its rugged, foldable construction and low-profile design make it ideally suited for dismounted soldier communications, mobile command units, and field-deployed systems requiring robust performance and high mobility. Engineered to deliver near-omnidirectional azimuth coverage and consistent performance across multiple VHF and UHF bands, the TA-BA30512-13TNCM enables seamless interoperability between legacy and modern radio platforms.
Supports continuous wideband operation for multi-mode and multi-mission radio systems, covering HF/VHF/UHF bands in a single antenna.
Provides uniform radiation in the azimuth plane for stable, all-direction communication performance, even during operator movement.
Constructed with a beryllium copper alloy radiating element encased in a weatherproof polymer sleeve, the antenna can flex repeatedly without damage and maintain performance integrity.
Tested for 500+ cycles of 90° bending without fatigue, ensuring resilience during repeated folding and field use.
Sealed to IP67-equivalent standards, the antenna remains operational in heavy rain, humidity, and dusty conditions, supporting –30 °C to +60 °C operation and 95–100% RH environments.
The Tactical Dual-Band Omni Antenna is engineered for mobile ad-hoc (MANET) and tactical radio networks that require dependable, wide-area connectivity across both 1.4 GHz and 2.2 GHz bands. It offers 360° azimuth coverage with a typical gain of 5 dBi per band, making it ideal for dismounted, vehicular, or fixed-mast configurations where lightweight, rugged performance is essential. The antenna enables secure, broadband data and voice links between field units, mobile command vehicles, and airborne relays. Its compact and sealed construction ensures reliable operation under shock, vibration, and extreme environmental conditions encountered in defense and mission-critical deployments.
Covers two mission-critical frequency bands used by leading MANET and tactical systems, supporting simultaneous voice, data, and situational-awareness traffic.
Uniform azimuth radiation provides gap-free communication around vehicles or operators, maintaining consistent connectivity within moving networks.
Approximately 5 dBi gain per band delivers strong link margins and improved throughput for portable and vehicular deployments.
Typical VSWR ≤ 1.8:1 across each band for efficient power transfer and minimal reflection losses in dynamic field conditions.
Built from high-impact composite materials with a weather-sealed radome rated to IP67, ensuring dependable operation in rain, dust, and salt-fog environments.
The DCI-TBPF-117137-NF is a tunable dual-cavity bandpass filter designed for VHF airband communication systems operating from 117 MHz to 137 MHz. Precision-machined from aluminum and optimized for low insertion loss and high selectivity, it provides reliable signal isolation and superior channel purity in both ground-based and airborne radio installations. Engineered for ATC, airport communication, and airband transceiver systems, this filter ensures clean transmission and reception by sharply attenuating adjacent-channel interference while maintaining low VSWR and minimal signal loss.
Covers the full 117–137 MHz range with tunable center frequency control, supporting multiple airband channels within a single module.
Provides rejection exceeding 55 dB at ± 2% f₀, effectively eliminating adjacent-channel interference and co-site coupling in dense RF environments.
Typical insertion loss of 0.5–4.0 dB with return loss ≥ 18 dB (VSWR ≤ 1.3:1) ensures efficient power transfer and minimal signal degradation.
Dual-resonator design delivers enhanced skirt steepness and temperature stability. Precision aluminum cavities with black finish provide long-term mechanical strength and corrosion protection.
Allows precise frequency alignment in the field, minimizing downtime during reconfiguration or maintenance.
