The GigE Vision Device Core from Euresys offers a robust standard communication protocol ideally suited for applications utilizing Ethernet technologies. Developed to integrate seamlessly with FPGA-based systems, this IP core facilitates high-speed data transfer necessary for today's demanding vision applications. By supporting a wide bandwidth from 1 Gbps up to greater than 10 Gbps, it ensures swift interfacing between vision devices and PCs operating on the TCP/IP suite.
Distinguished by its scalability and the inclusion of the Sphinx SDK, this core provides developers with a wealth of tools for building efficient, high-performance video systems that leverage minimal processor resources. Notably, Sensor to Image, a valorized subsidiary of Euresys, plays a pivotal role in crafting these FPGA cores and their accompanying products in Schongau, Germany. The core's design is compatible with major FPGA families such as AMD, Altera, and Microchip's PolarFire series, promising seamless performance across a range of development kits.
Moreover, this IP core includes potent capabilities like GenDC support for advanced data structuring typical in 3D applications, while options for hardware-based decoding of GigE Vision ACTION Commands further refine its low-latency execution. Conclusively, the comprehensive reference designs provided aid engineers in significantly reducing development times by furnishing a self-contained framework readily adaptable to any given application context.
