GEV-Stream GigE Vision 3.0 Transmit and Receive solution
High-performance solution combines expertise from Pleora and imavix engineering for advanced imaging systems
GEV-Stream is a high-performance GigE Vision 3.0 transmit and receive solution that accelerates the development of next-generation cameras and embedded imaging systems. Powered by Pleora and imavix engineering, it delivers a complete, standards-compliant Ethernet streaming pipeline with deterministic low latency and minimal CPU overhead.
By combining an FPGA-based GigE Vision IP core from imavix engineering with Pleora’s proven eBUS SDK, GEV-Stream enables scalable, real-time imaging performance at 10 Gbps and 25 Gbps, with a clear path to higher speeds.
Build high-bandwidth imaging systems faster
GEV-Stream simplifies the design and integration of high-performance imaging devices by providing a complete, scalable transmit-to-receive architecture for high-bandwidth imaging systems. By combining FPGA-based streaming with a proven software stack, it reduces integration complexity while delivering the performance required for demanding applications including industrial machine vision cameras and embedded imaging systems. Developers can reduce complexity, shorten development cycles, and bring products to market faster without compromising performance.
Key Features
Seamless GigE Vision 3.0 pipeline from image sensor to host application
- imavix engineering GigE Vision IP Core enables high-throughput, low-latency data transmission directly in hardware with flexible deployment across FPGA platforms
- Pleora’s eBUS SDK provides a robust platform for receiving, controlling, and processing image streams, with eBUS Universal Pro driver for low latency, low jitter, and low CPU utilization
- Support for GVRSP, GVCP, GenICam, and native GenDC payload delivery
- Interoperable with GigE Vision and GenICam-compliant devices and applications
Deterministic, low-latency performance
- Achieve consistent, predictable data delivery with minimal jitter using FPGA-based processing and RoCEv2 streaming
Efficient system utilization
- Reduce CPU load and improve overall system efficiency with optimized data paths and the eBUS Universal Pro driver
Scalable bandwidth
- Support 10 Gbps and 25 Gbps today, with a roadmap to 100 Gbps and beyond to meet growing data demands
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