GROVF Streaming RDMA 100G is an FPGA-native RoCE v2 Initiator IP designed for real-time streaming applications. It allows FPGA logic to initiate RDMA transfers directly through a custom AXIS streaming interface, enabling high-rate data movement from sensors, cameras, RF systems, or FPGA-generated workloads into remote server or GPU memory.
The solution is self-contained and includes hardware-based RoCE v2 transport with an embedded hard or soft processor abstracted from the user. This allows customers to integrate RDMA streaming functionality into FPGA-based systems without managing the full software stack themselves.
GROVF Streaming RDMA 100G is optimized for applications where data must move from FPGA logic to remote compute resources with minimal latency and high link utilization. Typical use cases include camera streaming to GPU nodes, RF signal streaming, real-time image processing, FPGA-to-GPU analytics, video pipelines, FFT acceleration, and...
GROVF Streaming RDMA 100G is an FPGA-native RoCE v2 Initiator IP designed for real-time streaming applications. It allows FPGA logic to initiate RDMA transfers directly through a custom AXIS streaming interface, enabling high-rate data movement from sensors, cameras, RF systems, or FPGA-generated workloads into remote server or GPU memory.
The solution is self-contained and includes hardware-based RoCE v2 transport with an embedded hard or soft processor abstracted from the user. This allows customers to integrate RDMA streaming functionality into FPGA-based systems without managing the full software stack themselves.
GROVF Streaming RDMA 100G is optimized for applications where data must move from FPGA logic to remote compute resources with minimal latency and high link utilization. Typical use cases include camera streaming to GPU nodes, RF signal streaming, real-time image processing, FPGA-to-GPU analytics, video pipelines, FFT acceleration, and AI/ML preprocessing workflows.