TUALCOM products

The L Band TDMA MESH (ADHOC) Data Link by TUALCOM is a compact and efficient communication system designed to operate using a TDMA communication algorithm, suitable for both point-to-point and point-to-multipoint transmissions. This system supports the creation of dynamic mesh networks, making it highly versatile for changing operational environments. The integration of an SDR modem allows it to leverage advanced modulation techniques, enhancing both performance and efficient spectrum usage. Optional AES-256 encryption and spread spectrum techniques, such as FHSS or DSSS, are available to ensure secure communication. The system is capable of supporting data rates up to 10 Mbps, which can be adjusted either manually or automatically. Its low power consumption and compact size are ideal for applications on various UAV platforms, including mini, midi, and tactical UAVs. Furthermore, the system's ability to automatically reallocate time slots ensures optimal bandwidth utilization, catering to mission-critical and extreme conditions across various sectors like mining, agriculture, and utilities.

TUALCOM presents its Stackable Suite, an innovative telemetry and data acquisition lineup that offers exceptional flexibility and scalability for evolving data capture needs. Each product within the suite is designed with a uniform and compact form factor, allowing them to be used individually or stacked together to suit various platform installations. This adaptability makes the Stackable Suite suitable for diverse applications, including fixed-wing and rotary-wing aircraft development, space launch vehicles, guided munitions development and testing, flight test and instrumentation, and unmanned autonomous systems development and testing. Key components of the suite include a compact telemetry receiver, TUALRX, ideal for missile, rocket, and UAV applications, and ultra-small telemetry transmitters designed for similar aeronautical applications. TUALCOM's suite stands out for its robust configurations and addresses the dynamic demands of modern aerospace and defense environments.

The TUALRX receiver is designed as a compact and efficient flight test telemetry system, primarily aimed at missile, rocket, and UAV applications. It operates in the S-Band, offering speeds up to 16 Mbps, which supports a robust data transfer capacity vital for extensive field tests. The receiver's compact architecture ensures ease of transport and deployment, particularly beneficial for in-field applications. Its bandwidth can be configured manually or adapted automatically based on bit rates. The system includes a Built-in Test Generator and an Internal Test Module capable of handling various data rates, alongside an IF spectrum indicator and a telemetry quality indicator. These features ensure reliability and accuracy in telemetry operations. Additionally, data is seamlessly transferred via an Ethernet interface, with a GUI available for real-time data visualization, making it an essential tool for advanced flight, space launch, and guided munition test scenarios.

TUALCOM's aeronautical telemetry transmitters are ultra-compact modules designed for rigorous flight test applications, including missiles, rockets, and mini UAVs. These adaptable systems support various RF output configurations to cater to specific range requirements. Built with an IRIG-106 compliant SDR framework, they optionally offer data encryption, forward error correction (FEC), and randomizing capabilities. Users can select from modulation waveforms like PCM/FM, SOQPSK-TG, or Multi-h CPM, with data rates adjustable up to 20 Mbps in 1 kbps increments. Their flexible architecture allows modifications for different data rates, form factors, and electrical traits tailored to distinct applications. Additionally, the transmitters feature data acquisition and PCM encoding, eliminating the need for additional DA units when acquiring data from Ethernet or serial ports. Suitable for various applications, they are integral to aircraft development, space launches, munitions testing, and UAV development.