DOG-M1 Multi-Mission Optical Modem

The DOG-M1 modem is dedicated to support the processing of optical links between space and Earth.

DOG-M1 Multi-Mission Optical Modem

DOG-M1 Multi-Mission Optical Modem

The A-Series is a family of next generation satellite modem platforms built on versatile FPGA- and software-based architecture. The Digital Optical Groundstation (DOG) suite of products is designed for optical communication up to multi-GHz bandwidths, supporting the full variety of space missions from LEO to Deep Space. Exceptional analog and digital engineering provides teleport-grade devices with future-proof expandability.

Through an all-IP structure, the platform supports both native network operation as well as data streaming over IP. Built-in protocol stacks support an increasing number of space data formats as well as streaming of transparent baseband data and synchronized symbols for user-defined processing and integration into virtualized infrastructures.

The DOG-M1 Multi-Mission Optical Modem is a modem dedicated to support the processing of optical links between space and Earth. It is designed for multi-mission support to enable effective ground station design. Optical On-Off-Keying (O3K) and High-Photon-Efficiency (HPE) transmissions can be processed via a common input that operates either based on hard-decision decoding or the processing of logarithmic-likelihood-ratios (LLR).

The additional front-end digitizer unit DOG-F1 Optical Modem Front-End is available for signal processing from symbol synchronization to LLR computation in combination with the DOG-M1 for soft-decision input signals. That will also allow installations of the DOG-M1 independently from the telescope location.

Product Line: A-Series Digital Optical Groundstation (DOG) suite

Application: Space

Item Number: DOG-M1 Multi-Mission Optical Modem

Logo Digital Optical Groundstation

Key Features

  • Multi-Mission support
  • Hard-decision and soft-decision decoding
  • Optical On-Off Keying (O3K)
  • High-Photon-Efficiency (HPE) future upgradable extension
  • CCSDS 141.0-B-x support
  • CCSDS 142.0-B-x support
  • O3K symbol rate up to 10 Gsps
  • Internal storage for at least 2 LEO passes at maximum bandwidth
  • Customizable processing infrastructure for easy integration into large communication systems
  • Flexible software architecture for easy extension and future virtualization of functionality
  • Teleport-grade M&C capabilities for seamless integration into professional ground station systems

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