Syslogic AG
AI Railway Computer RS A2 (NVIDIA Jetson TX2i)
EN50155 Railway/transportation computers based on the NVIDIA Jetson TX2i. For AI computing at the edge. For use in trams, locomotives, wagons and powerpacks.
The AI Railway Computer RS A2 is based on an NVIDIA Jetson TX2 module. The box PC for transportation and railroad applications is shipped with a pre-installed NVIDIA Jetpack SDK (Software Development Kit) including the Linux operating system (L4T).
The AI Railway Computer RS A2 is designed for use in railway or low-floor vehicles such as busses and trams. It meets high requirements for shock and vibration. In addition, the railway computer is designed for the extended temperature range of -40 to +70 degrees. It meets the railroad standard EN50155, class OT4. For use in rail vehicles, the rolling stock computer has a galvanically isolated power supply and the electronic components are protected against condensation with conformal coating.
The NVIDIA Jetson-based rail computer is used by rolling stock manufacturers and rail operators alike. Typical applications include semi-autonomous driving, DAS (driver advisory systems), RCS (rail control systems), real-time passenger information systems (RTPI), and condition-based monitoring.
The AI Railway Computer RS A2 is designed for use in railway or low-floor vehicles such as busses and trams. It meets high requirements for shock and vibration. In addition, the railway computer is designed for the extended temperature range of -40 to +70 degrees. It meets the railroad standard EN50155, class OT4. For use in rail vehicles, the rolling stock computer has a galvanically isolated power supply and the electronic components are protected against condensation with conformal coating.
The NVIDIA Jetson-based rail computer is used by rolling stock manufacturers and rail operators alike. Typical applications include semi-autonomous driving, DAS (driver advisory systems), RCS (rail control systems), real-time passenger information systems (RTPI), and condition-based monitoring.