It is essential to underscore that the use of directional finder technology by law enforcement should be governed by robust privacy policies and ethical guidelines. Balancing the need for public safety with individual rights is paramount to maintaining public trust and upholding legal standards.

Powerful Signal Amplification:

• Benefit from a 100W average power per single carrier (LTE, UMTS, GSM) with a high linearity power amplifier, providing support for up to 6x bands.

Broad Network Compatibility:

• Ensure seamless connectivity across 2G, 3G, 4G, and 5G networks with advanced network scanning and broadcast information decoding. Our 5G scanner is included to keep your operations on the cutting edge.

10x Software Defined Radio module support modules supporting 2G, 3G,4G FDD & TDD and 5G NSA Technologies, up to 6x band specific, high linearity power amplifier, 100w average channel power per single carrier (LTE, UMTS, GSM), supporting up to 4 multiple carriers into same band (note: multiple FAs sharing the same PA will have lower signal power per carrier), Up to 32 simultaneous connected 3G/LTE UEs per each radio.

Frequencies range support :

700MHz – 2.7GHz (FDD & TDD)

Custom designed for cellular bands in specific region (EMEA, APAC & CALA)

Receiver sensitivity : greater than -95dB

Building upon its hardware prowess, the UnX Cellular System is complemented by a sophisticated web-based Graphical User Interface (GUI), offering an intuitive platform for remote control and management of the system hardware. This application is designed to transcend device and operating system boundaries, being agnostic to both and ensuring seamless compatibility with any computer or handset equipped with a standard web browser.

Operating on a remarkably thin client connection, the software facilitates efficient communication with the hardware units. Users can harness the power of the UnX Cellular System over a local 5GHz Wi-Fi connection, a wired LAN setup, or even through a remote cloud connection using a broadband backhauling datalink. This versatility ensures flexibility in deployment, allowing for optimal usage in various networking environments.

Furthermore, the software’s architecture supports multiple clients, enabling simultaneous passive observation or active control of the hardware from remote locations. This collaborative feature enhances operational efficiency, especially in scenarios where distributed monitoring or management is imperative.

An inherent strength of the UnX Cellular System lies in its adaptive architecture, fostering easy integration with third-party analysis tools. This is made possible through a custom API interface, facilitating seamless connectivity with external systems and augmenting the system’s capabilities through interoperability with a diverse range of analytical resources.

In essence, the UnX Cellular System’s software suite not only empowers users with remote control and management capabilities but also ensures compatibility, flexibility, and collaborative functionality, all while providing a gateway for seamless integration with additional analytical tools to meet the evolving needs of modern communication networks