NPU IP
AI Chip · Platform
Semunite connects NPU IP, AI Chips and development platforms around your model and product requirements.
From system concept to verified silicon.
A clear view of the six stages connecting Chip definition, implementation, manufacturing, and test.
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01
Define
System & Chip Definition
Requirements · Architecture · IP planning
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02
Verify
RTL Design & Verification
RTL · Functional verification · Synthesis · DFT
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03
Implement
Chip & IP Implementation
Floorplan · PnR · Custom layout · ECO
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04
Sign-off
Physical Sign-off
GDS merge · Physical verification · Timing · Power
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05
Fabricate
Mask & Wafer Processing
Mask preparation · Foundry processing
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06
Deliver
Packaging & Testing
Package integration · Silicon test
Semunite Vision
Five core capabilities define where Semunite focuses. Select one to learn more.
Connecting IP and design expertise.
We assess NPU IP and other semiconductor IP against the product requirements, connecting partner expertise with Chip design and implementation.
Building a system around your product.
We bring processors, NPU, memory and interfaces together in one system. Evaluation boards, SDKs and runtime support model integration, hardware validation and product integration evaluation.
Turning architecture into hardware logic.
We implement compute units, control logic, buses and interfaces in RTL based on system requirements and architecture. This forms the foundation for functional verification, logic synthesis and physical design.
Checking behavior against the design.
Module and system simulations, UVM-based verification, and FPGA and firmware evaluation check functionality and interface behavior. Comparing test results with requirements helps identify errors and performance issues before product integration.
Bringing AI models onto the device.
We optimize AI models and hardware together for applications such as voice AI. SDKs, runtime and embedded software connect on-device inference with system integration.