Processing resources wait for data
We examine transfer behavior, buffers and control paths against representative workloads.
We design hardware dataflow, RTL and system integration for AI accelerators and DPUs, informed by AI data-center silicon and FPGA development.
Network traffic is classified and queued. Scheduling coordinates compute work, and the memory subsystem transfers payloads and results.
Our approach connects microarchitecture, RTL, validation and integration. Explore the experience behind Interface Silicon.
We examine transfer behavior, buffers and control paths against representative workloads.
We translate defined transaction flows into scoped control or processing logic.
We investigate backpressure, arbitration and completion behavior across connected components.
Workload assumptions, transfer interfaces, data formats, current architecture, existing RTL and the constraints that matter to the system.
Dataflow definition, buffering and arbitration review, scoped RTL development, simulation analysis and integration debugging.
Dataflow specification, design rationale, agreed implementation changes and analysis identifying bottlenecks and operating assumptions.
We agree on data-integrity checks, traffic scenarios and measurement methodology. We establish throughput targets and progress assumptions before assessing results.
We take technical ownership from scoping through handoff. Together, we define milestones, technical reviews and the evidence needed to assess the work. Learn about Ron’s background or the collaboration process.
Tell us about the challenge without sharing confidential details. We agree on scope, deliverables and collaboration requirements with you before work begins.
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