ZDTECH 2.4m Ku-band parabolic antenna covers 13.75-14.5GHz transmit band with high gain. It features linear polarization with over 30dB cross-polar isolation and first sidelobe ≤-14dB. Wide azimuth & pitch rotation range and automatic phase correction make it perfect for satellite communication and microwave transmission.

This 3.7m Ku-band manual parabolic transmit antenna features linear polarization and withstands 1kW CW power. It delivers high transmit gain with first sidelobe ≤-14dB and cross-polar isolation ≥30dB. The manual mount supports continuous adjustable azimuth, elevation and polarization with locking function, ideal for large-scale VSAT satellite uplink communication.

This 1.8m Ku-band manual parabolic transmit antenna adopts linear polarization design, supporting 1kW CW transmit power with high gain and outstanding sidelobe suppression. Its mount enables manual adjustable & lockable azimuth and elevation. High-precision anti-corrosion reflector features stable structure for VSAT satellite communication and ground microwave transmission.

This 8000-12000MHz 100W GaN microwave PA module provides saturated output of 100~160W, minimum gain 50dB, ±1dB gain flatness, -50dBc harmonics and -60dBc spurs. Powered by 28VDC, it withstands 5:1 VSWR with built-in over-temperature & over-current protection, compact and lightweight for EMC and RF interference testing.

ZDTECH 6-18GHz 100W GaN wideband power amplifier adopts GaN chip-and-wire tech, delivering 100W saturated power, 50dB gain, ±1dB flatness and -60dBc spurious suppression. Powered by 28VDC, it has auto over-temperature & over-current protection with SMA/N RF ports, compact for EMC test and microwave measurement.

This 2000-6000MHz 400W 6U rack-mount solid-state wideband PA delivers saturated output ≥400W and gain ≥56dB, with 30dB gain adjustment in 0.5dB steps. It has overcurrent, over-temperature & over-reflection protection, LAN control, AC220V power and built-in forced air cooling for RF testing and interference simulation labs.

This is a high-power GaN amplifier module covering 10–13GHz with 200W saturated output and 53dB typical gain, ±1dB gain flatness and 50Ω matching. Powered by 28VDC, it has over-temperature & over-current protection with alarm signals. It adopts SMA female input and WR75 waveguide output for EMC testing and RF jamming.

This is a GaN SSPA module covering 800-6000MHz with 10W/20W saturated output power and 40~41dB gain, featuring 50Ω I/O matching. It works on 24-32V wide voltage and integrates auto shutdown protection against over-temperature, over-voltage and over-current. Equipped with SMA female ports, it features compact size for EMC test and RF jamming applications.

This solid state power amplifier works at 20MHz~1GHz with 100W typical saturated output power and 50±2dB gain. It has a maximum VSWR of 1.5:1 and adopts 28-32V DC power supply. Equipped with detection and enable functions, it suits wide-temperature RF applications.

This 10~13GHz power amplifier module delivers 50dBm (100W) output power and 50dB gain with gain flatness ≤±2dB. It supports CW, pulse and various modulated signals. Powered by 32V DC, it has multiple protection functions and IPX5 waterproof. Equipped with N-female input and WR75 output, it is compact for diverse RF transmission applications.

This solid state power amplifier covers 500MHz-2.7GHz with 100W saturated output power and 50±2dB gain. It features 1.5:1 max VSWR and 50Ω impedance. Equipped with dedicated interfaces, it supports current, temperature detection and enable control, operating at -30℃~+65℃ for various RF applications.

This B40 band 40W integrated amplifier works at 2300-2400MHz for both transmit and receive. It offers over 20dB gain adjustment with 1dB step and built-in ALC. Powered by 28V DC and equipped with RS485 monitoring, it runs stably from -25℃ to +55℃.

This B8 band 40W integrated module combines PA and LNA channels covering 925-960MHz and 880-915MHz. It features 1dB step gain adjustment and ALC function with reliable RF performance. Powered by 28V DC and equipped with RS485 monitoring, it works steadily at -25℃ to +55℃.

This B5 band 40W integrated module integrates PA and LNA channels at 869-894MHz and 824-849MHz. It supports 1dB step gain adjustment and ALC with great RF performance. Powered by 28V DC and equipped with RS485 monitoring, it operates stably from -25℃ to +55℃.

This B3 band 40W integrated amplifier combines PA and LNA channels at 1805-1880MHz and 1710-1785MHz. It features 1dB step gain adjustment and ALC function with excellent spurious performance. Powered by 28V DC and equipped with RS485 monitoring, it operates from -25℃ to +55℃.

This B1 40W integrated power amplifier integrates PA and LNA channels. It covers 2110-2170MHz for transmitting and 1920-1980MHz for receiving. It features ≥20dB gain adjustment with 1dB step, ALC and RS485 monitoring, and operates at -25℃~+55℃.

This is a 5600‑5800MHz TDD 150W high‑power linear power amplifier powered by 32V, supporting uplink/downlink dual‑link and TX_EN/RX_EN switching. Downlink max output 53±0.5dBm, gain 55±1.5dB, uplink noise figure ≤3dB. It features 0‑16dB numerical control attenuation, over‑temperature/over‑power/VSWR protection, RS485 monitoring and SWIM upgrade, operating at ‑10℃~+55℃, ideal for 5.8GHz long‑distance TDD communication and high‑power RF amplification systems.

This is a 5600‑5800MHz TDD 20W linear power amplifier powered by 32V, supporting uplink/downlink dual‑link and TX_EN/RX_EN switching. Downlink max output 43±0.5dBm, gain 48±1.5dB, uplink noise figure ≤3dB. It features 0‑16dB numerical control attenuation, over‑temperature/over‑power/VSWR protection, RS485 monitoring and SWIM upgrade, operating at ‑10℃~+55℃, ideal for 5.8GHz high‑power TDD communication and RF amplification systems.

This is a 5600‑5800MHz TDD 10W linear power amplifier powered by 32V, supporting uplink/downlink dual‑link and TX_EN/RX_EN switching. Downlink max output 40±0.5dBm, gain 45±1.5dB; uplink noise figure ≤3dB. It features 0‑16dB numerical control attenuation, over‑temperature/over‑power/VSWR protection, RS485 monitoring and SWIM upgrade, operating at ‑10℃~+55℃, ideal for 5.8GHz TDD wireless communication and RF amplification systems.

This equipment operates at 2GHz–18GHz (extendable to 30MHz–40GHz), supporting portable and vehicle-mounted deployment. It enables 360° rapid interception and direction-finding for various communication and dedicated electronic emitters. With direction-finding accuracy better than 1.5° (RMS), frequency accuracy better than 0.3MHz (RMS), long detection range, weight <15kg, and intelligent analysis software, it supports TDOA and cross-bearing positioning for multi-scenario broadband RF reconnaissance missions.

This is an 8-element horn circular array direction-finding antenna covering 6GHz–8GHz with vertical polarization and full 360° azimuth coverage. It features 10–12dBi element gain, 45°±2° beamwidth, VSWR ≤2.5, port isolation ≥25dB, and excellent gain & phase consistency. Made of oxidized aluminum alloy with SMA connectors, it withstands 100W power and operates at -40℃~+85℃, ideal for high-precision direction finding and wireless monitoring.

The antenna is a 9-element circular array with three layers, which is suitable for vehicle -mounted platform and can be used for signaldirection finding in the frequency range of 8000MHz to16000MHz. The reference value of the system direction accuracy is 2 RMS Thedirection finding antenna array is a 9-element uniform circular array with three layers.

ZDTECH ZD3308-20T6000 portable interferometer direction finding antenna adopts a three-layer five-element uniform circular array design, foldable for storage, light and portable for field use. It covers 30MHz-6000MHz, supports 360° direction finding with 2°RMS accuracy, features vertical polarization and 50Ω characteristic impedance, weighs ≤8.5kg, with optional N-50K/SMA-50K output interfaces.

ZDTECH ZD3308-20T6000 fixed interferometer DF antenna array is a four-layer five-element uniform circular array, covering 20MHz-6000MHz with 360° direction finding and vertical polarization. Its system DF accuracy is 2°RMS, with banded gain improvement. Wind and corrosion resistant, it supports N/SMA output interfaces, features compact size and light weight, ideal for fixed-installation signal direction finding.

ZDTECH 30-3000MHz 5-element array direction finding antenna is designed for ultra-short wave communication signal reception. Lightweight, portable and foldable, it adopts broadband active antenna technology with 5-element circular array in dual bands. It features wind/rain/lightning resistance, strong environmental adaptability, stable direction finding performance and fast channel switching, ideal for field portable use.

ZD-30T6000 direction finding and monitoring antenna covers 30-6000MHz full frequency band with a three-layer five-element circular array structure. It is small, light, foldable and suitable for portable field operations. Featuring vertical polarization, 2°RMS direction finding accuracy and dual/five-channel output, it has excellent amplitude and phase consistency. Weighing ≤8.5Kg, it has compact unfolded and shrink sizes, meeting outdoor signal direction finding and monitoring needs.

ZDTECH ZD-DFA-206000 Direction Finding and Monitoring Antenna covers 20MHz-6GHz, integrated with a high-sensitivity omni-directional monitoring antenna without DF array interference. It features a 5-element interferometer, compatible with 5/2-channel receivers, with angular resolution ＜1° in most bands and good cross-polarisation rejection. Tower-mountable, it has single-output monitoring antenna, rapid deployment and high wind resistance, ideal for full-band radio DF and monitoring.

ZDTECH’s data acquisition electronic fence RF power amplifier module is designed for modern wireless communication. It has six functional ports for power and communication, with SMA-50KFD and MCX connectors for stable RF links. It supports configurable PA and LNA monitoring at 9600 baud rate, provides over-temperature and over-power protection, and features accurate reverse power and temperature detection to ensure reliable system operation.

Our electronic fence RF amplifier modules integrate backup, FDD, and high-efficiency amplifiers to meet diverse signal amplification needs for public security hotspot collection. The 20W PA enables accurate detection and location of abnormal signal sources. It provides full monitoring and alarm functions, supports 4G/5G and multiple communication standards, and delivers stable performance ideal for security signal acquisition applications.

1/2 super flexible patch cords have a wide range of applications and are commonly used in cellular communication systems, satellite communication systems, wireless local area networks (WLAN), and radio frequency test and measurement fields. They can be used to connect radio frequency equipment (such as antennas, base stations, wireless routers, etc.) and signal sources to achieve high-frequency signal transmission and communication.

To sum up, the 1/2 super flexible patch cord is a high-quality cable that is flexible, easy to install and transmits high-frequency signals. Its characteristics make it very useful in wireless communications and radio frequency systems, ensuring stable signal transmission and reliable connections.