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Drone Cube Receiver

Datasheet

Product description:

The Drone Cube Receiver is a

Channel Configuration:

  • Channel 1 (1090 MHz): Dedicated to ADS-B/MODE-S, this channel features a highly sensitive 1090 MHz frontend with a 90dB dynamic range. It enables reception of aircraft signals spanning distances from as close 10 meters to 500 kilometers simultaneously.

  • Channel 2 (Selectable Frequency): The second channel is adaptable for OGN/ADS-L on 868 or 915 MHz, or UAT978 on 978 MHz. The two surveillance channels, in addition to the GNSS input, are consolidated into a single antenna input, allowing reception of all signals through a singular multiband antenna. While a dedicated GNSS antenna can be employed, the device also features a Wi-Fi antenna, enabling seamless wireless network connectivity. Furthermore, it simultaneously receives Remote ID data from drones via Wi-Fi and Bluetooth protocols.

Optional 4G/LTE Modem:

For situations where traditional network sources are inaccessible, openAir multitrack offers an optional integrated 4G/LTE modem. This feature extends its usability to locations with limited connectivity options.

Visual representation:

Associated Services:

  • AERO Network

    AVIONIX is rolling out a network of ground receivers based on the openAir multitrack receiver. The hardware allows collection Mode-S/ADS-B, OGN/FLARM/ADS-L and Remote ID with high quality and high precision timestamp allowing multilateration on server side.

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openAir multitrack

Datasheet

Product description:

openAir Multitrack stands as a cutting-edge multi-channel ADS-B/MLAT/OGN/ADS-L/Remote ID receiver, setting the standard for high-performance surveillance solutions. It excels in delivering precise surveillance accuracy, rapid update rates, and comprehensive identification data—all at a cost-effective value proposition, surpassing traditional surveillance systems in efficiency.

Key Features:

  1. Advanced Processing Power: Our device incorporates a robust multi-core processor capable of executing a web-based situation and configuration display, ensuring seamless user interaction.

  2. Versatile Output Protocols: openAir Multitrack supports multiple output protocols through its network interface, enhancing compatibility with various systems.

  3. Data Recording Capability: An optional storage device can be seamlessly integrated to record both raw and decoded data, facilitating offline analysis for in-depth insights.

  4. Precision Timing: Messages are meticulously timestamped using a high-precision GNSS-synchronized timestamp, ensuring accuracy for integration within multilateration networks..

Channel Configuration:

  • Channel 1 (1090 MHz): Dedicated to ADS-B/MODE-S, this channel boasts a highly sensitive 1090 MHz frontend with an impressive 90dB dynamic range. It enables reception of aircraft signals spanning distances from a close 10 meters to an impressive 500 kilometers simultaneously.

  • Channel 2 (Selectable Frequency): The second channel is adaptable for OGN/ADS-L on 868 or 915 MHz, or UAT978 on 978 MHz. These surveillance channels, in addition to the GNSS input, are consolidated into a single antenna input, allowing reception of all signals through a singular multiband antenna. While a dedicated GNSS antenna can be employed, the device also features a Wi-Fi antenna, enabling seamless wireless network connectivity. Furthermore, it simultaneously receives Remote ID data for drones via Wi-Fi and Bluetooth protocols.

Optional 4G/LTE Modem:

For situations where traditional network sources are inaccessible, openAir Multitrack offers an optional integrated 4G/LTE modem. This feature extends its usability to locations with limited connectivity options.”

Visual representation:

multitrack receiver
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