SoC Architecture and Micro ArchitectureTranslating Product Vision into Scalable Silicon Architectures

We define scalable, high-performance SoC architectures by combining system-level insight with deep microarchitectural expertise. Our approach is driven by real workloads and focused on optimizing performance, power, and area from the earliest stages of design.

System Architecture & SoC Definition Read More →

Workload Modeling & Performance Analysis Read More →

Microarchitecture & Subsystem Design Read More →

HW/SW Co-Design & Pre-Silicon Validation Read More →

1

System Architecture & SoC Definition

Definition of end-to-end SoC architecture aligned with product requirements and target workloads.

  • SoC architecture spanning compute, memory, interconnect, and I/O
  • Requirements analysis and system specification
  • IP selection and system composition (CPU, GPU, AI, peripherals)
  • Architecture trade-offs across performance, power, and cost
2

Workload Modeling & Performance Analysis

Data-driven architectural decisions using workload characterization and performance modeling.

  • Application and workload profiling
  • Performance modeling and bottleneck analysis
  • Bandwidth, latency, and throughput estimation
  • Early design space exploration
3

Microarchitecture & Subsystem Design

Detailed design of subsystems and microarchitecture for efficient and scalable implementation.

  • Pipeline design and execution flow optimization

  • Cache hierarchy and memory subsystem design

  • Interconnect and NoC architecture
  • 
Latency, throughput, and concurrency optimization
4

RTL Quality, Compliance & Protocol Expertise

Ensuring architecture readiness through cross-domain design and early validation.

  • HW/SW partitioning across CPUs, accelerators, and firmware
  • System-level modeling and simulation
  • Pre-silicon validation using models, emulation, and FPGA platforms
  • Architecture validation against real-world workloads