For machine vision, learning, and AI applications requiring additional horsepower, we offer vision and graphics accelerators protected by our Hardshell™ ruggedized design.
|
|
|
|---|---|
| Processing with CUDA Core | Processing with OpenVino |
| High Power Consumption | Efficient Power Consumption |
| $$$ | $ |
| 16x PCIe Card | mPCIe Card |
| High Performance | Efficient Performance |
|
Example Applications
Deep Learning
Artificial Intelligence
Hi-Fidelity Image Rendering
|
Example Applications
Object & Image Recognition
Machine Learning
Rapid, Scalable Image Recognition
|
Dedicated graphics cards work as co-processors to enable advanced image processing and are available in a range of industrial fanless, actively cooled, and removable cassette configurations.
Match your performance needs with our selection of GPUs ranging from space-saving half-height cards to full dual-card solutions, and everything in between.
Keep your GPU-based application cool, protected, and running longer with durable Hardshell™ design, engineered specifically for challenging environments.
Industrial GPU computers provide a dependable platform for autonomous driving, vision-based quality assurance, medical imaging, and other graphically-dependent tasks.
VPUs take load off the CPU by assigning tasks to an application-specific co-processor for object, facial recognition and machine learning functions using less heat and power than a GPU.
Match your image and object recognition needs with VPUs configurable in a range of PCs, from compact edge devices to Hexa-Core powerhouses.
Low thermal and power envelopes enable vision processing to move further out on the edge and stay protected with compact, fanless industrial enclosures.
Industrial VPU computers offer reliable, long-lasting, low power platforms for object and facial recognition, security access, and machine learning applications using Google Tensorflow and Facebook Caffe frameworks.
