iWave’s NVMe Host Controller IP Core is a high-performance, FPGA-optimized solution that facilitates direct interfacing with NVMe-based SSDs via PCIe. Fully compliant with the NVMe 1.4 specification, the IP core eliminates the need for external memory by utilizing on-chip resources, making it ideal for storage-centric applications with strict performance, space, and latency constraints.
Designed to function as an NVMe host, the core seamlessly integrates with user logic through AXI interfaces and supports flexible customization depending on the PCIe IP used. Its lightweight and low-latency architecture supports streamlined memory transfers and maximized throughput while minimizing design complexity. This makes the solution perfect for applications in data logging, industrial computing, and high-speed embedded storage.
The NVMe Host Controller IP Core enables FPGA-based systems to adopt the NVMe protocol in a scalable and efficient manner, accelerating time-to-market.
iWave’s NVMe Host Controller IP Core is a high-performance, FPGA-optimized solution that facilitates direct interfacing with NVMe-based SSDs via PCIe. Fully compliant with the NVMe 1.4 specification, the IP core eliminates the need for external memory by utilizing on-chip resources, making it ideal for storage-centric applications with strict performance, space, and latency constraints.
Designed to function as an NVMe host, the core seamlessly integrates with user logic through AXI interfaces and supports flexible customization depending on the PCIe IP used. Its lightweight and low-latency architecture supports streamlined memory transfers and maximized throughput while minimizing design complexity. This makes the solution perfect for applications in data logging, industrial computing, and high-speed embedded storage.
The NVMe Host Controller IP Core enables FPGA-based systems to adopt the NVMe protocol in a scalable and efficient manner, accelerating time-to-market.