Portable ADS-B Ground Receiver ADSB-RE1090

ADSB-RE1090 is a high-performance, portable and user-friendly 1090MHz ADS-B ground receiver. Designed to meet the demands of modern aviation surveillance applications such as flight tracking, ADSB-RE1090 offers performance and functionality in a compact package.

With its remarkable reception range, minimal loss of messages at the antenna end, ADSB-RE1090 stands as a high-performance ADS-B ground receiver  that allows you to track aircrafts equipped with 1090ES ADS-B transmitters as far as 200+ miles away. Whether you're monitoring aircraft on map or relying on ADS-B data for professional applications, ADSB-RE1090 exceeds expectations.

With its low power consumption, ADSB-RE1090 is designed for maximum convenience and usability, enabling you to use it effortlessly in any location. Along with built-in network connectivity of both RJ45 and WiFi, ADSB-RE1090 can seamlessly integrates into your network infrastructure and support remote operation. 

Delivered with pre-installed software and all necessary accessories, ADSB-RE1090 simplifies setup and operation through its user-friendly web interface. 

Complied with Mode-S and ADS-B standards, ICAO Annex 10 Volume IV, RTCA DO-260 version 0, 1 and 2, ED-102B, ED-129B, ADSB-RE1090 ensures compliance and compatibility with industry requirements. Moreover, ADSB-RE1090 offers the flexibility to output ADS-B data in various formats, simplifying integration into your professional applications. Whether you require specific ADS-B data formats for analysis, visualization, or integration with existing systems, ADSB-RE1090 accommodates your needs effortlessly.

With its advanced capabilities, ADSB-RE1090 serves as an ideal replacement for the once-renowned SBS-3 ADS-B ground receiver. 

Data Formats
1. ADSB-RE1090 can output ADS-B messages via network cables or WiFi in different data format. Including CSV plaintext (decoded ADS-B data, you can easily get longitude, latitude, altitude, speed, flight ID…), Asterix Cat021, json (also decoded ADS-B data), DF17/18 raw messages and AVR. 
2. ADSB-RE1090 can also receive and output Mode-S messages and Mode A/C messages.
3. ADSB-RE1090 can output ADS-B data with GPS timestamp.

Functions for your convenience
1. ADSB-RE1090 can be connected via network cables or WiFi.
2. ADSB-RE1090 supports static IP address and DHCP.
3. ADSB-RE1090 IP address can be configured for direct connection with a computer without the need for routers. However, ADSB-RE1090 can also be configured to connect with a computer via routers, offering flexibility based on your setup preferences.
4. A single ADSB-RE1090 unit can transmit ADS-B data to multiple clients simultaneously, enabling efficient data distribution across multiple devices or systems. 
5. Compact and lightweight, ADSB-RE1090 can easily fit into a backpack for convenient transportation. It can be powered by a 12V rechargeable battery, making it ideal for mobile applications where portability is essential.
6. Work with ADS-B display software adsbscope.

Frequency

1090MHz

Sensitivity

better than -93dbm

Coverage

>350 km

Power Supply

DC 12V, 2A

Working temperature

-10℃~55℃

Physical Size

24.1*15.3*6.5 cm (not include antenna connectors)

Antenna Connector

N/F

1. ADS-B antenna, GPS antenna and network surge protectors.
2. Seawater resistant ADS-B antenna for off-shore use.
3. Dual unit for high reliability.
4. ATC display software, ADS-B data analysis software, ADS-B and radar coverage evaluation software.
5. All our products can be supplied fully customized with your brand and logo. We can even do customized form factors, enclosures, functions and data formats on your requirement. This OEM/Customization service enables you to have your own unique product in minimal time.
6. We can output and storage ADS-B IQ data for your analysis. Please don’t hesitate to contact us with your specific requirement.
7. Combining ADS-B, ACARS, and AIS reception capabilities into a single device, so-called 3A Receiver, offers comprehensive surveillance for aviation and maritime applications. With our expertise and technology, we can seamlessly integrate these functionalities into a unified system, providing enhanced situational awareness and data collection capabilities.
8. IP67 waterproof version. We also provide ADSB-REP1090P, which is the IP67 waterproof version of ADSB-RE1090 for outdoor use. Please refer to ADSB-RE1090P manual.

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

1. Requires WiFi connection.
2. Off-shore use, with optional seawater resistant ADS-B Antenna.
3. On ship, with optional seawater resistant ADS-B Antenna.
4. Areas that have a lot of thunders, with optional ADS-B antenna, GPS antenna and network surge protectors.
5. In the field. ADSB-RE1090 is small in size and light in weight. It can be easily put in a backpack. ADSB-RE1090 can be powered by a 12V rechargeable battery. It is easy to carry and use. 

· Omnidirectional

· Frequency: 1060-1120MHz

· Bandwidth: 60MHz

· Gain: 6 dBi

· VSWR: <1.5

· Impedance: 50 ohms

· Polarization: Vertical

· Length: 60 cm

· Weight (Without mast clamp): 360 g

· Weight (With mast clamp): 510 g

· Connector: N Female

· Operating Temperature: -40 to +85 degrees

· Rated Wind Velocity: 60 m/s

Can multiple computers receive data from one ADSB-RE1090 simultaneously?
Yes.
Multiple computers or client devices can receive ADS-B data from the same ADSB-RE1090 over the network, making it suitable for multi-user monitoring and distributed surveillance systems.

What is the difference between ADSB-RE1090 and SDR USB ADS-B receivers?
ADSB-RE1090 is a professional standalone ADS-B ground receiver, while SDR USB receivers require a separate computer for signal processing.
Compared with SDR-based solutions, ADSB-RE1090 provides:
· Dedicated ADS-B signal processing 
· Better receiving performance 
· Stable 24/7 operation 
· Native Ethernet connectivity 
· Multiple decoded data formats 
· Built-in web configuration 
· Easy deployment without additional software 
It is designed for professional aviation surveillance and system integration rather than hobby use.

Can the ADSB-RE1090 filter ADS-B data before output?
Yes. ADS-B data filtering is available as an optional feature.
The ADSB-RE1090 can filter received aircraft data before output based on configurable criteria. Supported filtering options include:
· Distance (range) filtering – output only aircraft within a specified radius from the receiver. 
· Altitude filtering – output only aircraft within a specified altitude range. 
Only the filtered data is transmitted to the output interface, which can:
· Reduce data traffic. 
· Minimize the processing load on the host system. 
· Improve overall system efficiency. 
· Allow applications to focus only on aircraft within the area of interest. 
The filtering function is performed inside the receiver, so the host system receives only the filtered data without requiring additional software processing.
This feature is optional and can be customized according to specific project requirements.

Can ADSB-RE1090 transmit data over a 4G or 5G network?
Yes.
ADSB-RE1090 can transmit ADS-B data through 4G or 5G cellular networks when connected to a compatible industrial cellular router or gateway via Ethernet.
This enables deployment in locations where wired Internet is unavailable, allowing real-time aircraft surveillance data to be transmitted to remote servers, control centers, or cloud platforms.
Typical deployment scenarios include:
· Remote ADS-B ground stations 
· Airport and heliport surveillance 
· Mobile or portable monitoring systems 
· Temporary flight test sites 
· Mountain, island, or offshore installations 
· UAV and UTM monitoring networks 
Because the receiver uses standard Ethernet networking, it can communicate through LAN, fiber, 4G, 5G, VPN, or private APN networks without requiring any hardware modification.
This provides a flexible solution for building distributed ADS-B surveillance networks in virtually any deployment environment.

Can ADSB-RE1090 transmit ADS-B data through an encrypted connection?
Yes. Secure data transmission is available as an optional feature.
ADSB-RE1090 can support encrypted data transmission through VPN connections to ensure secure communication between the ADS-B receiver and the remote server or monitoring platform.
When deployed at remote locations, the receiver can transmit ADS-B surveillance data through secure network channels, helping protect data communication from unauthorized access or interception.
VPN-based encrypted transmission is suitable for applications that require enhanced network security, including:
· Remote ADS-B ground stations 
· Airport and airfield surveillance systems 
· Distributed ADS-B sensor networks 
· Government and aviation authority projects 
· Enterprise private networks 
· Remote monitoring and cloud-based platforms 
The VPN solution can work together with various communication methods, including:
· Ethernet networks 
· Fiber networks 
· 4G/5G cellular networks 
· Private APN networks 
With encrypted communication, ADSB-RE1090 provides a secure and reliable solution for deploying remote ADS-B monitoring stations over public or private networks.

Can ADSB-RE1090 transmit data via WiFi?
Yes. WiFi data transmission is available as an optional feature.
ADSB-RE1090 can support wireless data transmission through WiFi, allowing received ADS-B data to be delivered to monitoring systems, servers, or applications without a physical Ethernet connection.
The WiFi option improves deployment flexibility and is particularly useful for portable ADS-B ground stations, temporary monitoring sites, and remote field applications where network cabling is difficult or unavailable.
Typical applications include:
· Portable ADS-B receiver deployments 
· Temporary aviation surveillance systems 
· Flight tracking demonstrations 
· UAV/drone monitoring 
· Aviation research and field tests 
· Remote ADS-B data collection stations 
The receiver can connect to existing wireless networks and work together with other communication methods such as Ethernet, fiber, 4G/5G cellular networks, and VPN encrypted connections, providing flexible networking options for different ADS-B surveillance scenarios.