NVIDIA GPU Processing

Enabling high-performance artificial intelligence with NVIDIA GPUs

GPUs are important technology building blocks for accelerated computing and artificial intelligence due to their inherent parallel processing technology, allowing them to execute multiple tasks or processes simultaneously. NVIDIA has taken this further with its latest generation of GPUs, which feature Tensor Cores. These cores, like standard graphics processing cores, allow mixed precision computations, making them an efficient use of the available processing power for AI and signal processing.

GPU Processing Solutions from Curtiss-Wright

Curtiss-Wright works closely with its technology partners, NVIDIA and WOLF Advanced Technology, to offer rugged, high-performance SOSA® aligned NVIDIA GPU-based cards and subsystems. Customers pair NVIDIA’s GPU technologies with Curtiss-Wright’s portfolio of CPU and FPGA products to complete their system-level solutions.

NVIDIA's latest generation technologies provide enhanced performance while reducing power consumption and leverage NVIDIA's extensive collection of AI tools and workflows. Curtiss-Wright's NVIDIA-based solutions include:

  • processing capabilities with rugged mission computing
  • processing languages/frameworks such as NVIDIA CUDA™ and OpenCL
  • modules for video output, image, and data processing, video encoding to HEVC (H.265) and AVC (H.264), and high-performance embedded compute (HPEC) tasks
  • GPU-based modules also include Ada, Hooper, and Blackwell GPUs
  • SOSA® aligned 3U and 6U form factors

 

GPU Processing Solutions from Curtiss-Wright

Curtiss-Wright partners with NVIDIA and WOLF Advanced Technology to select GPU processors for demanding long lifecycle embedded computing applications. Curtiss-Wright selects industrial qualified processors to ensure high-reliability in rugged VPX, VME, and XMC form factor cards and systems based on open standards like MOSA, SOSA, and CMOSS. Curtiss-Wright solutions address customer's sensor processing, artificial intelligence, and machine learning requirements.
3U VPX Systems
3U VPX Systems
3U VPX LRUs leverage industry-leading, open standards-based embedded computing technology in highly rugged packaging.
6U VPX & VME Systems
6U VPX & VME Systems
6U VPX & VME LRUs leverage industry-leading, open standards-based technology in highly rugged packaging for the most demanding applications.
SFF Integrated Solutions
SFF Integrated Solutions
Turnkey tactical and expeditionary solutions, based on NVIDIA processors for Tactical Communications applications.
Program Specific Systems
Program Specific Systems
Team with Curtiss-Wright system architects to define a system solution to meet application and program requirements.
3U VPX GPU Cards
3U VPX GPU Cards
Equipped with NVIDIA CUDA machine learning cores, the 3U VPX GPU boards offer TFLOPS processing capability alongside maximum memory bandwidth for the most compute-intensive tasks.
6U VPX GPU Cards
6U VPX GPU Cards
Answering the growing demand for AI and high-performance processing in sensor processing applications, the 6U VPX GPU cards are designed to deliver advanced capabilities in a highly rugged board.
P/XMC GPU Cards
P/XMC GPU Cards
Delivering powerful capability in a minimalistic footprint, these mezzanine cards add functionality without occupying an extra slot.