SkyRadar Long Range Radar for Civil Aviation
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ADLER - the Long Range Radar

ADLER is SkyRadar's Long-Range Radar for Civil Aviation and  Perimeter Surveillance, covering long distances from 0 to > 5,000 m or 0 to 10,000 m. It operates with 77 GHz - and may require a specific operating permission in your country. The radar communicates with the home-based via (W)-LAN. Many applications for civil monitoring or surveillance purposes are available.

The system is equipped with a horn antenna. It is protected against dust and splashing water, perfectly suited for outdoor operation. 

The product will be installed outside, placed on a fixed-mounted rotary tripod. The system is not suited for mobile or military applications.

General Features

  • Active radar, designed for perfectly save outside operation in long-range (5,000 m, 10,000 m)Otus - Mid-range radar
  • Dust and splashing water protected (IP 54)
  • Modulation: FMCW
  • Antenna
    o   2 Horn Antennae (package in one body)
    o   Default operation 77 GHz
  • Powerful and fast radar image processor.
  • All measurements are performed in near-to real time. No sub‐sampling or substitution techniques.

 

System Features

ADLER-OTUS-4

 

  Adler 5 Adler 10
Voltage Requirements  220V  220V
Carrier Frequency 77 Ghz 77 Ghz
Modulation FMCW FMCW
Range 5 000 m 10 000 m
Resolution (distance) 5 m  10 m
Resolution (speed) at 0..+/-100km/h 1 km/h 1 km/h
Dimensions 190 x 179 x 90 mm 190 x 179 x 90 mm
Net Weight 50 kg 50 kg
International Protection Marking (IP-Code) IP 54 IP 54
Antenna Type Horn (with integrated Array) Horn (with integrated Array)
Frequency Sweep 102.4us 102.4us
Sampling ADC 20MSPS 20MSPS
A/D values 12 Bit 12 Bit
Duration per Frame
(Range-Doppler)
35 ms 35 ms
Digital Output 20 fps 20 fps

 

Transmitter Features

  Adler 5 Adler 10
Transmitter Type bare-die MMICs (GaAs) bare-die MMICs (GaN)
Output Power (Chip) + 10 dBm + 10 dBm
Output Power (CW) + 27 dBm + 32 dBm
Output Power (EIRP) + 57 dBm + 62 dBm
Operating Temperature -20 … + 60 °C -20 … + 60 °C

Table: General operative characteristics of the Transmitter

Receiver Features

  Adler 5 Adler 10
Receiver Type bare-die LNA chip bare-die LNA chip
Noise Ratio + 7 dB + 7 dB
Frequency Sweep 102.4us 102.4us
Operating Temperature -20 … + 60 °C  -20 … + 60 °C

Table: General operative characteristics of the Receiver

 

Antenna Features

  Adler 5 Adler 10
Antenna type 2 horn antennae 2 horn antennae
Antenna gain 30 dBi 30 dBi 
Polarisation vertical vertical
Azimuth 4.5° 4.5°
Elevation 10° 10°

Table : Operative characteristics of the Antenna

 

Signal Processing

  • Amplification
    • Amplification of raw signal (IQ signal) at receiver
    • Amplification of filtered signal possible
  • Filters and Signal Treatment
    The following filters and signal treatments are possible before interfacing the signal to a Intrusion Detection or Air Traffic Control system.
    • Sensitivity Time Control (STC)
    • Hamming
    • Hanning
    • Blackman
    • Blackmanharris
    • Signal Threshold and Limiter
    • Range Calibration and Extension
    • Cutting out selections of the signal range
    • Moving Target Detection and Indication
    • and more
  • Interface Formats
    • ASTERIX (latest format, as standarized by EuroControl)
    • JSON
  • Proprietary formats on request to interface with Intrusion Detection Systems and non-standard ATC systems
  • The advantages of Bare Die technologySmaller Size and Weight 
    • Using bare die can allow for reduced board space.Operating Temperature Size - Package thermal characteristics no longer inhibit the performance of the die or the environments where they can operate.

    • Ruggedness - Direct die attach and wirebond provides protections against high levels of shock and vibration.

    • Lighter Weight - Smaller designs and higher densities reduce weight and size of your application.

    • More Efficient Performance -  Removing extra package interconnect can reduce capacitance and inductance.

    • Reliability - The reduced number of interconnects with die use leads to improved reliability.
      The typical packaged part has three connection points per I/O. Compare this with only two for wire bonds.

    • Electrical Performance - The lower inductance and capacitance of bare die is important in analog, RF, and power applications.
      Faster signal flight time (lower propagation delay) and improved power/ground distributions.

    • Hermetically Sealing - Air tight sealed packages can be selected that can be injected with inert gasses.
                                                                                                                                                             (source: ES-Components)

  • Optional: ATC supervision screens for civil use (PPI, analytics).

Important notice: This radar has been developed for civil aviation and perimeter surveillance. It does not contain any specific military application.