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2π-LABS GmbH
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2p-LABS - Model X1000 Series -Scientific Radar Sensors for Research Applications

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The X1000 series scientific radar sensors from 2π-LABS are designed to empower researchers with high-performance radar technology, offering exceptional range resolution, stability, and accuracy. These pocket-sized sensors are equipped with a WR 6.5 waveguide interface and compatible with UG-387/U standard flanges, with dielectric lens antennas available as alternatives. The sensors provide a plug-and-play experience through a USB-C interface for power and data, and support a SCPI-like protocol and an open source Python library, ensuring seamless integration with existing research tools. Operating at a frequency range of 126 to 182 GHz, the X1000 series delivers a -3 dB range resolution of 2.4 mm in air. The system supports FMCW modulation and provides precise measurements at rates of up to 1 kHz, with accuracy levels reaching up to 1 μm. This technology is particularly beneficial for scientific endeavors requiring meticulous measurement and adaptability, with an array of optional accessories to further customize the user experience.

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The X1000 series scientific radar sensors offer maximum freedom to advance your research. Based on our high-performance   technology the sensors offer outstanding range resolution, stability and accuracy. Scientific variants of the X1000 series are equipped with a WR 6.5 (IEEE WM-1651) waveguide interface with an UG-387/U standard flange. Dielectric lens antennas are available as an alternative upon request.  A plug & play and easy to use lab-suitable USB-C interface for power and data based on USBTMC, a SCPI-like protocol interface and an open source Python wrapper library offers convenient connectivity to connect with the research tools of your choice.

  • Operating Frequency: 126 to 182 GHz* D-band
  • Sweep Bandwidth: 56 GHz* -3 dB range resolution of 2.4 mm in air
  • Modulation: FMCW Frequency Modulated Continuous Wave
  • Channels:
  • 1x TRX transceiver, copolar
    2x RX receivers
    Options:
         Co-Polar left & right
         Cross-Polar embedded OMT 
  • Accuracy: Up to 1 µm at full sweep bandwidth
  • Precision: Up to 100 nm
  • Measurement Rate: Up to 1 kHz at 5.5 m maximum distance** and full sweep bandwidth
  • Temperature Range: -20°C to +50°C / -4°F to +122°F
  • Protection Level: None lab-tool with open waveguide and USB-C
  • Power Supply: 19 to 32 VDC galv. isolated or
  • Options: USB-variant: USB-C power and data ETH-variant: PoE Power-over-Ethernet IEEE 802.3at Type 1 (13W)
  • Interfaces
  • BLE – Bluetooth Low Energy
    PNP Input TTL-Level
    PNP Output 3.3V to 32V galv. isolated
  • Options:
    USB-C
    Dual 1G Ethernet switched 1 Gigabit Ethernet, TSN ready switch
  • Protocols:
  • SCPI Standard Commands for Programmable Instruments for Raw Data
    OPC-UA OPC Unified Architecture 
  • Waveguide
    / Antennas:
  • Options:
    Waveguide WR6.5, IEEE WM-1651, UG-387/U flange
    Antennas dielectric lens:
         a) Collimated 2.8-3.5° HPBW half-power beam-width dielectric lens
         b) F=100 focal dielectric lens, spot size D = 3.3mm
         c) F=150 focal dielectric lens, spot size D = 4.3mm
         d) Custom focal dielectric lens
  • Mechanical:
  • Dimensions: 120 mm x 60 mm x 70 mm (L/H/W)
    Mounting: 4 through holes for M4 fasteners, 4 blind holes for 3.0 mm dowel pins
  • Compliance
    /Certificates:
  • Work in progress (subject to change) and planned for 2025:
    EU & CEPT: CE “RDI-S” device class according to ECC DEC (22)03
    US: FCC Part 18