End-to-End Engineering Services

We combine high-level strategic design with rigorous, deeply technical execution across the entire semiconductor product lifecycle.

Architecture & RTL Design

  • Capture and refine functional requirements with clear traceability.
  • Microarchitecture and interface planning for performance, power and area goals.
  • RTL coding and IP development for processors, accelerators and high‑speed interfaces.
  • Quality sign‑off with lint, CDC and low‑power checks.
  • Subsystem integration and bring‑up in simulation and FPGA prototypes.

Architecture Specification

  • Functional requirements definition
  • Micro‑architecture planning
  • Interface and protocol definition
  • Performance, latency and throughput constraints
  • Power and area budgeting
  • Clock, reset and compliance strategy

RTL Design & Integration

  • RTL design and coding (SystemVerilog / Verilog)
  • Custom IP development and integration
  • Subsystem integration (processors, accelerators, interfaces)
  • Lint, CDC and RDC checks
  • Low‑power RTL techniques

Verification, DFT & Physical Design

  • Constrained‑random and coverage‑driven verification for complex SoCs and IP.
  • Protocol, low‑power and gate‑level verification with robust regression infrastructure.
  • DFT architecture, boundary scan, scan/ATPG and logic/memory BIST implementation.
  • Synthesis, place‑and‑route and static timing closure across PVT corners.
  • Physical verification including IR drop, EM and sign‑off checks for tape‑out.

Verification Services

  • Verification architecture and testbench development
  • Functional, code and assertion coverage
  • Protocol and interface verification
  • Low‑power and power‑intent verification
  • Gate‑level simulation
  • Regression management and automation

RTL Design & Integration

  • DFT architecture and planning
  • Boundary‑scan (JTAG) implementation
  • Scan insertion and ATPG
  • Logic BIST (LBIST)
  • Memory BIST (MBIST)
  • ATE readiness and production‑test support

Physical Design

  • RTL‑to‑GDSII implementation
  • Synthesis and optimization
  • Logic equivalence checking (LEC)
  • Place and route
  • Static timing analysis (STA)
  • Power, IR‑drop, EM and physical verification (DRC / LVS)

Post‑Silicon Validation & Hardware Engineering

  • Board bring‑up, silicon debug and functional validation on reference and customer platforms.
  • Power, thermal and corner characterization with automated measurement setups.
  • System, schematic and PCB design for evaluation, validation and production boards.
  • Signal and power‑integrity analysis, compliance testing and certification support.
  • Prototyping, production support and test automation for high‑volume deployments.

Hardware Engineering

  • System‑level hardware architecture
  • Schematic design
  • PCB design and layout
  • Signal‑ and power‑integrity analysis
  • Prototype build and bring‑up
  • Compliance, validation and production support

Post‑Silicon Validation

  • Board bring‑up and silicon debug
  • Functional and stress testing
  • Power, thermal and performance characterization
  • Corner and margin validation
  • Scan and DFT validation
  • Test‑automation frameworks

Embedded Software & Platform Services

  • Firmware and peripheral driver development for MCUs, SoCs and FPGAs.
  • BSP, bootloader, Linux and RTOS bring‑up on custom hardware platforms.
  • Kernel and device driver integration for storage, high‑speed I/O and sensors.
  • Power management, security features and reliability enhancements in firmware.
  • Application interfaces and middleware to expose hardware capabilities cleanly.

Embedded Engineering

  • Firmware and low‑level software development
  • Peripheral and device‑driver development
  • Power and thermal management
  • Security features and secure‑boot support
  • System testing and debugging

Platform Software Services

  • Board Support Package (BSP) development
  • Linux and RTOS enablement
  • Bootloader design and integration
  • Kernel and device‑driver integration
  • OS porting and customization
  • Hardware–software interface layers

AI & ML Integration

  • Edge‑AI deployment on GPUs, FPGAs and dedicated accelerators.
  • End‑to‑end inference pipeline development from data to on‑device models.
  • Hardware‑aware AI co‑design to balance accuracy, latency and power.
  • Integration with popular AI frameworks and runtime environments.

AI & ML Integration Capabilities

  • Edge‑AI deployment and optimization
  • Inference‑pipeline development
  • Hardware‑aware AI co‑design
  • AI‑framework integration