System Design Engineering — ZERLON SEMI

System Design Engineering

SoC architecture, subsystem integration, and system-level verification across every discipline — turning complex, multi-IP designs into certified, working systems.

Architect Your System Integration

SoC ArchitectureIntegrationSystem VerificationInterconnectPower / Perf

Multi-IP

Integration

Arch →
Signoff

Full Lifecycle

System
V&V

Verification

Power +
Perf

Optimized

Capabilities

The architecture that ties it together.

Someone has to own the whole system — the trade-offs, the interfaces, the integration, and the proof it all works. That's us.

SoC Architecture

System partitioning, IP selection, interconnect topology, and the PPA trade-offs that define the chip.

IP Integration

Assembling CPU, GPU, NPU, memory, and I/O subsystems into a coherent, verified SoC.

System Verification

System-level testbenches, use-case scenarios, performance validation, and hardware-software co-verification.

Interconnect & NoC

Bus and network-on-chip design — bandwidth, latency, coherency, and QoS across the system.

Power & Performance

Power-domain architecture, DVFS strategy, and system-level performance modelling and closure.

Vision to Certification

Ownership from concept and modelling all the way through system bring-up and certification.

Integration & V&V

Many subsystems, one verified system.

Compute, memory, I/O, and interconnect all have to work together — under real workloads, real power budgets, and real timing. We integrate and prove the whole.

Integrate multi-vendor IP into a coherent SoC.
Verify at system level with real use-case scenarios.
Validate performance, power, and coherency.
Certify — bring-up through system signoff.

System Domains

Depth across the whole SoC.

ComputeCPU · GPU · NPU · DSP

MemoryDDR · LPDDR · HBM · cache

InterconnectAXI · CHI · NoC

I/O & ConnectivityPCIe · USB · Ethernet · MIPI

FAQ

Questions, answered.

The architecture and integration of the whole SoC — partitioning, IP selection, interconnect, power/performance trade-offs, and the system-level verification that proves the assembled design works.

Yes. We routinely assemble multi-vendor IP — CPU, GPU, NPU, memory controllers, and I/O — into a coherent, verified system, resolving the interface and integration issues along the way.

Beyond block-level checks, we verify real use-case scenarios, performance under load, coherency, power states, and hardware-software interaction across the whole SoC.

We can take ownership from architecture and modelling through integration, system verification, and post-silicon bring-up to certification — or plug in at whichever stage you need.

Let's Build

Complex systems, made to work.

SoC architecture, integration, and system verification — from vision to certification.

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