ACASOM: Advanced RF Amplification and Signal Jammer Solutions

With over 15 years of experience, ACASOM is a leading provider of RF amplification and signal jammer technologies. Our corporate headquarters are located in Shenzhen, where our primary focus is the design of cutting-edge products that address complex RF challenges in a range of sectors, including telecommunications, defense, broadcast, and industrial.

We offer four product categories that are independently developed and produced: Signal Jammer Modules, GaN Jammer Modules, Drone Antennas, and FPV Amplifiers. It is our mission to provide customers with effective wireless communication network coverage solutions.

Core Solutions

ACASOM's product range covers a wide frequency range, from low GHz to high-frequency applications, offering versatility to meet the specific needs of our customers across a range of industries. Our key solutions include:

Signal Power Amplifiers: ACASOM's amplifiers provide high output and stable performance, optimized for use in telecommunications, broadcast, and industrial applications. They are available in a variety of power levels and frequency ranges to support short- and long-distance signal transmission.

RF Jammer Modules: These modules are designed for secure environments where signal control is of the utmost importance. ACASOM's jammer modules leverage cutting-edge technology to provide reliable and precise performance for defense, counter-surveillance, and high-security communications applications.

High-Efficiency GaN Technology: ACASOM's products feature high efficiency and thermal management, utilizing Gallium Nitride (GaN) technology to deliver a strong power output with minimal energy consumption. This makes them an optimal choice for applications that require consistent performance over extended periods.

Industries and Applications

ACASOM serves a diverse range of industries, offering adaptable and customizable solutions to meet their specific needs. Our products are used in several key application areas, including:

Telecommunications: ACASOM amplifiers are designed to support high-speed data transmission and reliable connectivity, which is critical for mobile networks and satellite communications.

Defense and Security: ACASOM's jammers are instrumental in counter-drone technology, secure communications, and defense systems, where controlling the RF environment is of paramount importance.

Broadcast: High-power amplifiers guarantee clear broadcast signals over long distances, making them ideal for radio, television, and live event transmissions.

Industrial and Scientific Research: ACASOM's reliable, high-frequency RF modules are ideal for use in scientific and industrial environments, supporting testing, development, and real-time data transmission.

Why Choose ACASOM?

High Performance: ACASOM products are designed for maximum efficiency and stability, providing industry-leading performance in signal amplification and interference.

Durability and Reliability: ACASOM modules are built to withstand a wide range of environmental conditions, ensuring reliable operation in demanding situations.

Customizable Solutions: ACASOM works closely with its customers to provide customized solutions that meet unique industry requirements, from frequency specifications to power output.

Our company is at the forefront of technological innovation. By leveraging the latest RF technologies, such as GaN and thermal management systems, ACASOM ensures that each product meets the highest standards of performance and longevity.

Commitment to Innovation and Quality

ACASOM is dedicated to ongoing innovation and maintaining the highest quality standards. Each product is subjected to rigorous testing to guarantee that it meets the highest quality standards. This ensures that customers receive solutions that are not only effective but also durable and safe. ACASOM places a strong emphasis on R&D, allowing it to keep up with changing RF needs and anticipate future industry trends. This ensures that its products remain relevant and impactful.