Repeated data movement.
Many accelerators repeatedly move the same payload into multiple lanes, wasting cycles and interface bandwidth in reuse-heavy workloads.
Semiconductor RTL IP
RTL IP for efficient compute data movement.
Chipstrate develops licensable soft RTL IP for AI, DSP, FPGA, accelerator, and custom SoC teams working around movement-bound compute bottlenecks.
Soft RTL
Licensable IP blocks for integration-led teams
Dataflow
Focused primitives for repeated movement and fanout
Review
Non-confidential briefs available for qualified discussions
Focus
Purpose-built IP for movement-bound compute.
Chipstrate is focused on narrow silicon problems where better dataflow can improve throughput, reduce duplicated movement, or simplify accelerator integration without requiring a wholesale architecture change.
Initial Focus
HyperStream Multicast Fabric
HyperStream is a multicast stream fabric RTL block for workloads where shared vectors, coefficients, activations, sensor streams, or other reusable data must be delivered across multiple processing lanes.
Multicast fanout.
HyperStream is designed to accept one ingress stream and distribute it through registered fanout with per-lane readiness support.
Evaluation-ready conversations.
The IP is positioned for AI, DSP, FPGA, accelerator, and custom SoC teams evaluating lightweight data-movement primitives.
Review Materials
Technical materials are available upon request.
Technical brief
Product overview, target use cases, integration assumptions, and candidate customer fit.
Validation summary
Simulation, implementation-flow, timing, utilization, and hardware-review artifacts summarized at the right level.
Commercial path
Licensing, limited evaluation, and partner-led business development discussions for qualified counterparties.
Contact
Let's connect.
[email protected]
For licensing, evaluation, and semiconductor business-development inquiries.