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NVMe Host Accelerator

Completely offload complex NVMe™ protocol and command queue management from your host processor to hardware, achieving deterministic, line-rate storage performance without software driver bottlenecks.

Managing an NVMe™ storage stack in software introduces severe processor overhead, unpredictable latencies, and driver complexities—especially in high-performance embedded and real-time environments.

The IntelliProp IPC-NV164A-HI resolves this by executing the entire NVMe™ host controller stack completely within the hardware logic fabric. By abstracting the deep protocol complexities, your team can deploy ultra-fast solid-state storage without drowning in the minutiae of PCIe® and NVMe™ register compliance.

Features

  • Zero-CPU Protocol Execution: Autonomous hardware state machines handle initialization, command submission, and completion parsing without host processor intervention.
  • Simplified Integration Boundaries: Driven easily via a small-footprint processor register interface or direct RTL state logic.
  • Root Complex Interoperability: Pre-validated to seamlessly interface with and command industry-standard third-party PCIe® Root Complex IP cores.
  • Flexible Media Architecture: Designed to scale effortlessly across diverse storage sector block sizes and high-capacity data buffer environments.
  • Multi-Drive Capability (Optional): Supports automated enumeration of multiple discrete NVMe™ solid-state drives through external routing switches.

Deliverables

  • Production-Ready Maturity: Extensively verified using a coverage-driven methodology in pseudo-random simulation environments.
  • Flexible Delivery: Fully synthesizable RTL optimized for clean timing closure across modern FPGA and custom ASIC architectures.
  • 100% U.S.-Based Engineering: All design, technical integration, and post-sales support are handled directly by our primary engineering teams operating out of our Longmont, Colorado facilities.
  • Defense-Industry Compliant: Development workflow and documentation adhere to standards required for U.S. defense, aerospace, and ITAR-controlled integration.

Want more details?

Request the secure technical specifications — exact area and timing metrics, deep queue configurations, register mapping documentation, and Vivado™-optimized simulation testbench access.

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