Industrial-grade ADS-B Ground Receiver ADSB-RE1090L

The ADSB-RE1090L is an industrial-grade ADS-B ground station receiver designed to provide stable ADS-B data services for high-reliability scenarios, especially for customers looking for an ADS-B ground receiver for long range coverage. Equipped with a high-performance receiving and processing module, it outputs ADS-B raw messages, CSV plain-text data, and JSON track data via an RJ45 Ethernet port. It is suitable for complex environments in civil aviation, general aviation, UAV situational awareness and low-altitude airspace supervision.

In addition to civil aviation tracking, the ADSB-RE1090L can also serve as a portable ADS-B IN receiver for drones, gliders, and experimental aircraft. With the ADSB-RE1090L, customers gain access to valuable, customizable tracking capabilities tailored to a wide range of operational needs, including:

1.Enhanced situational awareness across airfield, apron, and terminal areas.

2.Airport surface movement monitoring and vehicle tracking.

3.Support for low-altitude operations such as helicopter missions, flight school tracking, wind farm monitoring, and offshore/onshore oil and gas platform oversight.

4.UAV and drone tracking.

5.Monitoring of aircraft noise in airport vicinities.

6.Calibration of radar and navigational aid (navaid) systems.

7.Search and rescue operations in mountainous regions and valley surveillance.

8.Applications in defense and electronic intelligence.

9.Coordination of integrated vessel and helicopter operations.

10. Airspace monitoring.

11. Enhanced UAV situational awareness.

12. BVLOS compliance.

13. Provide electronic conspicuity.

Fully compliant with Mode-S and ADS-B standards, including ICAO Annex 10, ICAO Doc 9871, RTCA DO-260/A/B and ED-102/A/B, the ADSB-RE1090L ensures regulatory adherence and seamless compatibility with industry requirements.

Operating on the 1090 MHz frequency and supporting Mode S Extended Squitter (1090ES), the ADSB-RE1090L can also support Multilateration (MLAT) capabilities for high-precision aircraft tracking and surveillance. In addition, it’s light, small, so can work as a portable ADS-B ground receiver.

Our equipment is designed for information and surveillance purposes in industrial environments and must not be used for air traffic control, navigation, life-critical and military applications.

· ADSB-RE1090L supports multiple output message formats: CSV plain text (decoded data, you can easily get longitude, latitude, altitude, speed, flight ID…), JSON (also decoded data), and DF17/DF18/DF19 as well as other DF raw messages.
· ADSB-RE1090L can output data with GPS timestamp.
· ADSB-RE1090L can be connected via network cables.
· ADSB-RE1090L IP address can be configured for direct connection with a computer without the need for routers. However, ADSB-RE1090L can also be configured to connect with a computer via routers, offering flexibility based on your setup preferences.
· ADSB-RE1090L supports static IP address and DHCP.
· A single ADSB-RE1090L unit can send ADS-B data to multiple clients simultaneously, enabling efficient data distribution across multiple devices or systems. 
· ADSB-RE1090L is a portable ADS-B receiver.
· Optional lightning arrester.
· Optional marine-grade antenna with salt spray corrosion resistance for coastal environments.
· Optional: Data transmission via 4G/5G module.
· Optional: Output of calibrated ADS-B signal strength (RSSI) in dBm, which can be used for measuring propagation environment.
· Optional flight data filtering by geographic range.
· Optional outdoor waterproof unit version..

The ADSB-RE1090L ADS-B receiver system is capable of processing various types of ADS-B messages, including airborne and surface messages from civil aviation aircraft, general aviation aircraft, UAVs, as well as airport vehicle messages. This enables comprehensive surveillance of civil aviation aircraft, general aviation aircraft, UAVs, and airport vehicles equipped with ADS-B devices.

Power Supply

Power Consumption

Receiving Frequency

Sensitivity

Receiving Range

Dynamic Range

Update Rate

Target Capacity

Processing Capability

Data Format

Data Interface

Network Connection

Network Protocol

ADS-B Antenna Interface

GPS/BDS Antenna Interface

Dimensions

Weight

Operating Temperature

Storage Temperature

Storage Humidity

POWER

NETWORK

GPS/BDS

ADS-B ANT

Special use cases often require specific features or accessories that not every standard ADS-B ground station on market can accommodate. Besides standard ADS-B ground station use cases, our ADS-B ground station solution can be customized with optional accessories to meet below unique applications effectively.

1. Off-shore use, with optional seawater resistant ADS-B Antenna.
2. On ship, with optional seawater resistant ADS-B Antenna.
3. Areas that have a lot of thunders, with optional ADS-B antenna, GPS antenna and network surge protectors.

What are the advantages of ADSB-RE1090L over ADSB-RE1090?
Compared with the ADSB-RE1090, the ADSB-RE1090L offers several significant advantages:
· Higher receiver sensitivity, enabling detection of weaker ADS-B signals and improving reception performance, especially for long-range and low-altitude aircraft. 
·Longer reception range under the same antenna and installation conditions. 
·Wider dynamic range, allowing the receiver to process both very weak and very strong signals without performance degradation. 
·Higher target processing capacity, making it suitable for busy airspace with a large number of simultaneous aircraft. 
·High-precision GPS timestamp as standard, enabling synchronization for MLAT (Multilateration) systems and other time-critical surveillance applications. 
·Optional calibrated RSSI output (in dBm), providing accurate received signal strength measurements for RF analysis, antenna evaluation, propagation studies, and system diagnostics.

In summary, the ADSB-RE1090 is optimized for general-purpose ADS-B monitoring and tracking applications, while the ADSB-RE1090L is intended for professional surveillance systems requiring higher sensitivity, greater processing capability, MLAT support, and advanced RF measurement features.