Versatile. Flight-ready.
Built for demanding environments.

TALOS develops and supplies state-of-the-art technical components designed for reliable IoT and communication missions. Each module is designed for efficient integration, stable operation, and use in environments where size, energy, and signal quality matter.

Further technical information is available on request.

IoT Payload

  • Ultra-compact IoT payload (95 × 95 × 95 mm) supporting PC104 standard
  • Energy-efficient architecture for IoT communication from orbit
  • FPGA-based signal processing based on ECHO software defined radio
  • Scalable payload design suitable for constellation and multi-payload missions
  • UHF-band connectivity for direct integration with terrestrial IoT networks based on UHF power amplifier and receiver module
  • Operational frequencies:
    • TX at 468 MHz with 40 MHz bandwidth
    • RX at 402,25 MHz with 30 MHz bandwidth
  • Flight-ready

S-Band Iot antenna array

  • Linear 8-element patch antenna array for S-Band communication
  • Designed for broad cross-track radiation and forward-focused gain
  • Includes integrated feed network
  • Left-hand circular polarization (LHCP)
  • Maximum input power: 40 dBm CW
  • Mass: 755 g
  • Flight-ready

ECHO Software Defined Radio (SDR)

  • Built on a System-on-Chip (SoC) design
  • Supports operational frequencies:
    • TX from 47 MHz to 6 GHz
    • RX from 70 MHz to 6 GHz
  • Tunable channel bandwidth from <200 kHz to 56 MHz
  • TDD and FDD operation supported
  • 2×2 transceiver with integrated 12-bit DACs and ADCs
  • Radiation-hardened components in MCU, power concept, and FRAM
  • PC104 form factor (95 x 95 x 27 mm) with CAN, GPIO, PPS, power, Ethernet, and SMP interfaces
  • Custom Linux build with board support package included
  • Flight-ready

UHF Power Amplifier Module

  • RF frontend designed for IoT communication in space environments
  • Compact and lightweight module suitable for CubeSats and small satellites in PC104 form factor
  • Integrated low-noise architecture for improved signal quality:
    • P1dB = +34 dBm
    • Efficiency = ~50% (PAE)
  • Operational TX frequency: 468 MHz with 40 MHz bandwidth
  • Gain 27 dB (when fed with quadrature signal)
  • Max power consumption: 6.5W
  • Additional features: Output power detector, VSWR meter, temperature sensors, DAC for bias setting
  • Flight-ready

UHF Receiver module

  • High sensitivity and low-loss design for weak-signal operation
  • Compact and lightweight module suitable for CubeSats and small satellites in PC104 form factor
  • Dual-channel design with symmetrical inputs
  • Gain 18 dB
  • NF = 2.8 dB
  • Operational RX frequency: 402,25 MHz with 30 MHz bandwidth
  • High order filters for heavy isolation of nearby transmitters
  • Max power consumption: 250 mW
  • Additional features: temperature sensor
  • Flight-ready

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