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VisualSim Architect provides a unified environment for modeling and analyzing semiconductors, networks, embedded platforms, software execution, and complete communication systems.

Whether your challenge is sizing AI data centers, validating automotive TSN networks, exploring SoC power-performance trade-offs, or scheduling satellite payloads — VisualSim enables system-level exploration that connects all domains.

Semiconductors

VisualSim supports detailed modeling of semiconductor devices and architectures

Processors
ARM, RISC-V, Power, x86

Accelerators
GPUs, NPUs, TPUs, AI cores

Interconnects
AMBA, NoCs, CoreLink, Arteris, UCIe

Memory
DDR, LPDDR, GDDR, HBM, HMC

I/O Standards
PCI, PCIe (Gen 1–6, scalable to 7/8), CXL

Custom chiplets and heterogeneous SoCs

Networks

Network modeling ensures reliability, latency control, and throughput optimization

Automotive: CAN, CAN-FD, CAN-XL, FlexRay, TSN

Aerospace & Defense: TTEthernet, SpaceWire, MIL-STD buses

Commercial: Ethernet (1G–800G), Wi-Fi (6/7), 5G/6G

Custom & proprietary communication protocols

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Embedded Systems

Embedded platforms are modeled for performance, power, and safety

  • Automotive E/E architectures and ECUs
  • Avionics platforms with mixed-criticality scheduling
  • Industrial automation and robotics controllers
  • IoT devices with wireless connectivity and PMIC analysis
  • Medical and consumer electronics

Software

VisualSim integrates software behavior with hardware architectures

  • Task graphs with forking, deadlines, IPC, and rescheduling
  • RTOS design and scheduler evaluation (25+ types)
  • Code partitioning across cores and processors
  • Redundancy modeling and fault injection
  • Performance profiling for different processor families

Communication Systems

End-to-end communication networks can be explored under real-world workloads

Satellite bus and payload scheduling

Defense networks with secure gateways

AI infrastructure: GPU pods, NVSwitch, NVLink, CXL, Ethernet

Edge-to-cloud connectivity scenarios

Communication systems across wired, wireless and space-based

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