XLink-X - X Band Transceiver SDR - IQ spacecom - SmallSat Catalog - Orbital Transports
Additional Information
Frequency Range:
8.025 to 8.400 GHz (X-band Tx)
Frequency Range:
7.145 to 7.250 GHz (X-band Rx)
Frequency Range:
2.025 to 2.120 GHz (S-band Rx)
Data Rate:
0.5 to 100 Mbps
Data Rate:
56 kbps
Power Consumption:
16 W (Tx + Rx)
Power Consumption:
4 W (Rx in S-band)
Power Consumption:
5.5 W (Rx in X-band)
Documentation

XLink-X is an advanced transceiver system (Software Defined Radio – SDR) for X band communication links of small satellites in LEO environment. The mechanical dimensions fit a 1U CubeSat as well as larger satellites. The radio interface and radio protocol were developed according to standard CCSDS protocols.

Downlink data rates with very high net payload rates of up to 100 Mbps are possible. Supported modulation schemes include BPSK, QPSK and higher order types of modulation with appropriate FEC encoding schemes. Adaptive modulation and coding schemes (AMC) are applicable to maximize data throughput.

The satellite receiver (Uplink) used for telecommand purposes of the satellites is designed for a standard CCSDS BPSK with BCH coding and net data rates of at least 56 kbps. Alternative X band or S band uplink receiver frequencies are usable. Data interface is based on CCSDS transfer frames.

A special feature of the XLink-X transceiver is the optional application of two separate Tx channels. They can be used either for an increase of the transmit power or for redundancy purposes.

Features:

  • Fully featured and transparent bidirectional X band transceiver (SDR)
  • CCSDS compliant for physical and synchronisation layer
  • Flight grade tested design
  • Compact case and low power consumption
  • Extra flat patch antenna design matched to customer specific frequencies
  • Low-cost COTS design
  • Short delivery time

XLink-X - X Band Transceiver SDR

IQ spacecom
Description

XLink-X is an advanced transceiver system (Software Defined Radio – SDR) for X band communication links of small satellites in LEO environment. The mechanical dimensions fit a 1U CubeSat as well as larger satellites. The radio interface and radio protocol were developed according to standard CCSDS protocols.

Downlink data rates with very high net payload rates of up to 100 Mbps are possible. Supported modulation schemes include BPSK, QPSK and higher order types of modulation with appropriate FEC encoding schemes. Adaptive modulation and coding schemes (AMC) are applicable to maximize data throughput.

The satellite receiver (Uplink) used for telecommand purposes of the satellites is designed for a standard CCSDS BPSK with BCH coding and net data rates of at least 56 kbps. Alternative X band or S band uplink receiver frequencies are usable. Data interface is based on CCSDS transfer frames.

A special feature of the XLink-X transceiver is the optional application of two separate Tx channels. They can be used either for an increase of the transmit power or for redundancy purposes.

Features:

  • Fully featured and transparent bidirectional X band transceiver (SDR)
  • CCSDS compliant for physical and synchronisation layer
  • Flight grade tested design
  • Compact case and low power consumption
  • Extra flat patch antenna design matched to customer specific frequencies
  • Low-cost COTS design
  • Short delivery time
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Additional Information
Frequency Range:
8.025 to 8.400 GHz (X-band Tx)
Frequency Range:
7.145 to 7.250 GHz (X-band Rx)
Frequency Range:
2.025 to 2.120 GHz (S-band Rx)
Data Rate:
0.5 to 100 Mbps
Data Rate:
56 kbps
Power Consumption:
16 W (Tx + Rx)
Power Consumption:
4 W (Rx in S-band)
Power Consumption:
5.5 W (Rx in X-band)
Documentation

XLink-X is an advanced transceiver system (Software Defined Radio – SDR) for X band communication links of small satellites in LEO environment. The mechanical dimensions fit a 1U CubeSat as well as larger satellites. The radio interface and radio protocol were developed according to standard CCSDS protocols.

Downlink data rates with very high net payload rates of up to 100 Mbps are possible. Supported modulation schemes include BPSK, QPSK and higher order types of modulation with appropriate FEC encoding schemes. Adaptive modulation and coding schemes (AMC) are applicable to maximize data throughput.

The satellite receiver (Uplink) used for telecommand purposes of the satellites is designed for a standard CCSDS BPSK with BCH coding and net data rates of at least 56 kbps. Alternative X band or S band uplink receiver frequencies are usable. Data interface is based on CCSDS transfer frames.

A special feature of the XLink-X transceiver is the optional application of two separate Tx channels. They can be used either for an increase of the transmit power or for redundancy purposes.

Features:

  • Fully featured and transparent bidirectional X band transceiver (SDR)
  • CCSDS compliant for physical and synchronisation layer
  • Flight grade tested design
  • Compact case and low power consumption
  • Extra flat patch antenna design matched to customer specific frequencies
  • Low-cost COTS design
  • Short delivery time