Combining Gidel’s hardware and software variants enables easy and fast implementation of demanding vision on the edge applications. Gidel will demo real-time image acquisition, compression, and processing from 100 Megapixel 10GigE camera.
Combining Gidel’s hardware and software variants enables easy and fast implementation of demanding vision on the edge applications. Gidel will demo real-time image acquisition, compression, and processing from 100 Megapixel 10GigE camera.
This application note introduces Gidel’s CamSim camera simulator and how it addresses challenges faced by vision system developers with four use case examples.
Reuven Weintraub, founder and CTO of Gidel, presented Gidel’s solutions to perform high-bandwidth imaging on the edge using Gidel’s frame grabber technology, FantoVision edge computers and Quality+ lossless image compression.
Gidel announces an upgrade to their CamSim camera simulator with CoaXPress interface from CXP-6 to CXP-12. With this changes, developers can design and test systems with higher image acquisition bandwidth. CamSim is a flexible high-performance camera simulator that generates CoaXPress and Camera Link video stream and test patterns for testing frame grabbers or vision/imaging systems. […]
As today’s cameras deliver higher resolutions and frame rates and new systems architectures such as vision on the edge have bandwidth limitations, compression becomes a key challenge for advanced image processing applications. But how can the data throughput be reduced without jeopardizing the image and inspection quality?
Gidel’s low-latency, full duplex direct FPGA connectivity technology enables clients to create Reconfigurable Interconnect Frameworks for HPC clusters. This cutting-edge technology from Gidel has no CPU overhead and provides flexibility to achieve diverse optimum system topologies, including 3D and 12D-Torus, and 6D and 24D-Hypercube, which are vital to building the HPC infrastructure required to process large compute-intensive workloads.
