
- Leverages high performance of NVIDIA Jetson TX2 module
- Advanced connectivity enables simple integration into many environments
- Small size, weight, power enable deployment in confined spaces
- ImageFlex speeds development, reduces cost of advanced graphics applications
A complete, ready-to-run system, the GVC1000 allows customers to eliminate the challenges of integration and to focus immediately on application development - reducing risk, cost and time to deployment.
The GVC1000 features a unique range of connectivity options that reflect the operational realities of the applications for which it is designed. It provides two 10 Gigabit Ethernet ports for receiving multiple camera inputs, two MilCAN/CAN ports to receive vehicle data and extended USB capability for maximum connection flexibility. It also features internal storage of up to 32 GBytes of SLC and 128 GBytes of MLC SSD to enable it to retain significant amounts of fast access mission- and moving map data.
Abaco’s recently-announced ImageFlex image processing and visualisation toolkit provides rapid application development for the GVC1000. It features a simple to use C API that provides an easy to use framework that can dramatically reduce both development cost and time required to develop high performance image processing and graphics applications with no impact on application performance. ImageFlex enables seamless interoperability with CUDA® and other libraries such as VisionWorks™, a software development package for computer vision (CV) and image processing.
The flexible design and small form factor of the GVC1000 make it appropriate for a wide range of military and commercial applications - particularly vision computing, embedded training, 360° situational awareness and advanced digital mapping, as well as data-intensive intelligence, surveillance, reconnaissance applications such as wide area persistent surveillance, hyperspectral sensor fusion, IED detection, synthetic aperture radar processing and more.
With dimensions of approximately 6 inches x 5 inches x 3 inches, and weighing around 5.5 pounds, the GVC1000 is designed to be deployed in applications such as the extremely confined spaces typical of a vehicle.
“The GVC1000’s combination of extreme graphics performance, rugged reliability, minimal size and weight, extensive and flexible connectivity and powerful application development software is unique in the embedded computing industry,” said Mrinal Iyengar, Vice President, Product Management at Abaco Systems. “It is the perfect response to the challenges our customers are facing.”
To enable rapid application development and deployment, the GVC1000 is code-compatible with desktop environments such as CUDA and MATLAB®, allowing easy porting of applications and algorithms onto the deployable platform.
More information.
The flexible design and small form factor of the GVC1000 make it appropriate for a wide range of military and commercial applications - particularly vision computing, embedded training, 360° situational awareness and advanced digital mapping, as well as data-intensive intelligence, surveillance, reconnaissance applications such as wide area persistent surveillance, hyperspectral sensor fusion, IED detection, synthetic aperture radar processing and more.
With dimensions of approximately 6 inches x 5 inches x 3 inches, and weighing around 5.5 pounds, the GVC1000 is designed to be deployed in applications such as the extremely confined spaces typical of a vehicle.
“The GVC1000’s combination of extreme graphics performance, rugged reliability, minimal size and weight, extensive and flexible connectivity and powerful application development software is unique in the embedded computing industry,” said Mrinal Iyengar, Vice President, Product Management at Abaco Systems. “It is the perfect response to the challenges our customers are facing.”
To enable rapid application development and deployment, the GVC1000 is code-compatible with desktop environments such as CUDA and MATLAB®, allowing easy porting of applications and algorithms onto the deployable platform.
More information.