nVidia Jetson TX2 co-processor module for Subnero underwater modems, shown from above with its cooling fan and heatsink nVidia Jetson TX2 co-processor module circuit boards for Subnero underwater modems, showing the NVIDIA Pascal GPU chip nVidia Jetson TX2 co-processor module for Subnero underwater modems, shown at an angle with its heatsink-covered enclosure nVidia Jetson TX2 co-processor module for Subnero underwater modems, shown from below displaying its high-density edge connector
Thumbnail of nVidia Jetson TX2 co-processor module with cooling fan and heatsink Thumbnail of nVidia Jetson TX2 co-processor circuit boards showing the NVIDIA Pascal GPU chip Thumbnail of nVidia Jetson TX2 co-processor module with heatsink-covered enclosure Thumbnail of nVidia Jetson TX2 co-processor module showing its edge connector

nVidia Jetson TX2

Additional processing module for Subnero underwater smart modems

  • 256-core nVIDIA Pascalâ„¢ GPU architecture with 256 nVIDIA CUDA cores
  • Dual-Core nVIDIA Denver 2 64-Bit CPU
  • 8GB 128-bit LPDDR4 Memory


Product Information

While Subnero modems provide flexibility to extend various aspects of the device by the user, there are at times when a customer may want to deploy their applications and algorithms to run with close proximity to the modem hardware. The co-processor option provides a powerful secondary Single Board Computer (SBC) with a Linux distribution connected directly to the modem. This SBC is directly accessible by the user over an IP address in the same subnet as the modem. Once logged into the co-processor, the customer can access the modem over the IP network, using a set of standard Unet APIs that are pre-installed in the co-processor.

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