SOC ARCHITECTURE & INTEGRATION

Modern systems run on System-on-Chip platforms that tightly integrate processing, memory, I/O, safety and security. Our SoC team designs, integrates and verifies Arm- and RISC-V-based SoCs - from hand-written AMBA/AXI fabrics to complete subsystems with DDR controllers, accelerators, secure enclaves and on-chip networks. We've built safety-critical SoCs for avionics, multi-protocol communication SoCs and specialized accelerators for defense signal-processing.


WHAT WE DELIVER


ARCHITECTURE STUDIES

PPA trade-offs, processor selection, memory subsystem modeling

IP INTEGRATION

Arm Cortex-M/A/R, RISC-V (SiFive, CORE-V, LEON/NOEL-V), third-party IP

INTERCONNECT DESIGN

AXI / AHB / APB fabrics, NoC integration

MEMORY SUBSYSTEM

DDR controllers, cache hierarchies, scratch-pad memory

SECURITY

TrustZone, secure boot, on-chip cryptographic accelerators

VERIFICATION & EMULATION

SystemVerilog UVM, emulation on Palladium/Veloce/HAPS


OUR PROCESS


1

Architectural Exploration

Processor selection, memory subsystem trade-offs, power/area/performance modeling and interface definition.

2

IP Selection & Licensing

Arm or RISC-V core selection, third-party IP evaluation, licensing negotiation and integration planning.

3

RTL Integration

AMBA fabric assembly, peripheral integration, clock/reset network, DFT hooks and top-level RTL closure.

4

Verification & Emulation

UVM-based subsystem and full-chip verification, emulation bring-up on Palladium/Veloce/HAPS and software co-simulation.

5

Hand-off to ASIC/FPGA Flow

Clean netlist and physical database hand-off, embedded software BSP, documentation package and optional long-term support.


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  • Processors:

    Arm Cortex-M/A/R · RISC-V · LEON/NOEL-V

  • Interconnect:

    AXI4 · AHB5 · APB · CHI · TileLink

  • Standards:

    ISO 26262 · DO-254 · IEC 61508

  • Contact:

    Start a technical discussion →