“Microelectronics and software solutions for space, defence and aeronautics systems„
“Specialists in aerospace on-board data networks„
“25 years of experience in highly specialized, mission-critical industrial projects„
iSAFT SpaceWire Simulator / Recorder

 

The iSAFT SpaceWire Simulator / Recorder is an advanced Data Front End with traffic generation capabilities that simulates SpaceWire devices or Instruments, enabling S/C integration tests before the availability of Flight Models. It also constitutes a high performing, modern network traffic capture, recording and analysis tool for the validation of satellite/spacecraft on-board communication protocols and data networks implementing the SpaceWire protocol family.

It provides a 4 – 12 port SpaceWire interface with advanced traffic generation and asynchronous transmission capabilities. It is capable of transmitting/receiving data packets over multiple SpaceWire links, time stamping received packets, and capturing transmitted/received traffic to a powerful Protocol Analyser. It is based on the iSAFT graphical tool chain, for the configuration/management of the simulation (locally or remotely). The iSAFT SpaceWire simulator is a powerful device for the validation of on-board data networks at early stages, minimizing costs and schedule. It can be part of EGSE Data Front Ends and implement the core functionality of an EGSE controller.

As a recorder it is capable of capturing data packets on multiple SpaceWire links, time stamping, recording, and delivering them to a powerful Protocol Analyzer for further processing & analysis. Operating on a multi-Gbytes powerful HW platform, the SW environment is based on the iSAFT graphical tool chain, thus allowing the management, filtering & searching of the recordings. It is used for troubleshooting and problem solving at various development stages, minimizing the impact on cost and schedule.

The iSAFT SpaceWire Simulator/Recorder is offered in the following form factors:

POD Compact System Rackmount System
Datasheet Datasheet Datasheet

 

The systems are typically built on CPU Intel i7- Quad core and O/S Windows 10 64Bit. They can support from 4 to 12 SpW ports.

 

Main features & competitive advantages:

  • Four to twelve (4-12) SpaceWire ports
  • Independently programming links speed up to 400 Mbits/s
  • Continuous real-time capture from 2 to 250 Mbps per port
  • Complete graphical software environment for controlling and monitoring the hardware
  • Fully graphical Packet Editors (SpaceWire, RMAP, CPTP)
  • Error injection (EEP, parity, ESC error, disconnect, credit error, data corruption, NCHAR / Time-Code sequence error, simultaneous D/S transition)
  • User selectable capture triggers / filters, Real-Time Statistics per port / link
  • Decoding and analysis of SpaceWire, RMAP, CPTP protocols, Integrated Wireshark Protocol Analyser
  • Recordings management, export to XML, Postscript, etc.
  • Software APIs in C#, C++, Python, standard Web services (Windows, Linux)
  • EDEN / C&C CCSDS protocol support for communication with the Central Checkout System (CCS)
  • IRIG support for time synchronization with other components in a testbed (8 ns timestamp resolution)
  • Provision of several trigger in / out signals with multipurpose functionality (PPS in/out, start of capture stimulation, generation of events, synchronization with external equipment, etc.) with optional add-on board
  • Expandable with additional interfaces (MIL-STD-1553, CAN/CANOpen, SpaceFibre)
  • Fully certified for connection to space flight equipment (FMEA)
  • Proven solution in multiple EGSE test benches across Europe, Japan, South Korea

 

It includes:

 

Optional:

 

 Ordering Information:  Please contact us.