A S I C r a f t

Loading

ASICraft delivers end-to-end ASIC, SoC, FPGA, and AMS design and verification services. We bring deep domain expertise, structured execution, and a first-pass success mindset to every engagement.

Semiconductor Engineering Services Across the Development Lifecycle

At ASICraft Technologies, our services span a broad spectrum of pre-silicon semiconductor development — from RTL design through verification, FPGA validation, and analog/mixed-signal engineering. Whether you need dedicated teams or project-based delivery, we bring deep domain expertise and proven methodology to accelerate your silicon development.

SERVICE 01

ASIC Design, Functional Verification & Formal Verification

We deliver end-to-end ASIC design and verification services, from RTL coding through silicon-ready GDSII. Our comprehensive verification capabilities ensure your design meets its specification before tape-out, reducing risk and shortening your path to first silicon.

What We Do

A complete spectrum of ASIC design and verification services to bring your chip from concept to tape-out.

ASIC Design Services

  • Architecture definition & micro-architecture specification
  • RTL design (Verilog/SystemVerilog)
  • Design-for-Test (DfT) implementation
  • Clock domain crossing (CDC) analysis
  • Synthesis & timing closure
  • Physical design support & GDSII handoff

Functional Verification Services

  • Verification planning & strategy development
  • UVM/SystemVerilog testbench development
  • Constrained-random & directed test generation
  • Coverage-driven verification (code, functional, assertion)
  • Protocol compliance verification (PCIe, DDR, AXI, USB, Ethernet, etc.)
  • Regression management & debug

Formal Verification Services

  • Formal property checking (assertions & assumptions)
  • Connectivity and configuration register verification
  • Deadlock & livelock detection
  • Sequential equivalence checking
  • Coverage-unreachability analysis
  • Formal sign-off & proof closure

Low Power Verification Services

  • UPF/CPF-based power intent verification
  • Power domain, isolation, retention & level-shifter checks
  • Power-aware simulation & formal checks
  • Power state transition coverage
  • Static & dynamic power analysis support

Gate-Level Simulation Verification

  • Pre- & post-synthesis gate-level simulation
  • SDF-based timing simulation
  • X-propagation analysis & debug
  • Power-aware gate-level simulation
  • Back-annotated netlist verification

Emulation & Acceleration Support

  • Emulation platform bring-up & model compilation
  • Synthesizable testbench development
  • Hardware/software co-verification
  • Performance benchmarking on emulator
  • Debug infrastructure for emulation environments

Value Delivered

Tangible outcomes our clients realize from partnering with ASICraft.

Faster Time-to-Tape-out

Proven methodology and experienced engineers compress schedules without sacrificing quality.

First-Silicon Success

Rigorous multi-faceted verification catches bugs early, reducing costly respins.

Reduced Verification Cycle Time

Intelligent coverage strategies and automation close coverage faster.

Flexible Engagement Models

Dedicated teams, project-based delivery, or managed services — scaled to your need.

Deep Domain Expertise

Engineers experienced across multiple protocol standards and process nodes.

End-to-End Ownership

Single partner from RTL to sign-off, reducing handoff risk and overhead.

SERVICE 02

FPGA Design & Validation

Our FPGA services cover the full design and validation flow — from architecture and RTL through implementation, lab validation, and production-ready deployment. We support major FPGA families from Xilinx (AMD) and Intel (Altera), delivering optimized designs for performance, power, and area.

What We Do

Complete FPGA development from concept through production deployment.

FPGA Design & Implementation

  • FPGA architecture & resource planning
  • RTL design (Verilog, VHDL, SystemVerilog)
  • IP integration & subsystem assembly
  • Synthesis, placement & routing optimization
  • Timing closure & constraint management
  • Multi-clock domain management & CDC analysis

FPGA Verification & Validation

  • Simulation-based verification (UVM/SystemVerilog)
  • Hardware-in-the-loop (HIL) validation
  • Lab bring-up, debug & characterization
  • Board support package (BSP) development
  • Signal integrity & power integrity validation
  • Protocol compliance testing

FPGA Prototyping & Migration

  • ASIC-to-FPGA prototyping for early software development
  • FPGA-to-FPGA migration (cross-vendor or cross-family)
  • ASIC-to-FPGA conversion for low-volume production
  • Performance benchmarking & optimization
  • Legacy design refresh & modernization

Embedded Systems on FPGA

  • Soft processor integration (MicroBlaze, NIOS, RISC-V)
  • SoC design on Zynq/Versal platforms
  • Custom peripheral & interface development
  • Firmware & bare-metal driver development
  • Linux BSP porting & integration

High-Speed Interface Design

  • Multi-gigabit serial transceivers (GTX/GTH/GTY)
  • PCIe, Ethernet (10G/25G/100G), Aurora, JESD204B
  • DDR3/DDR4/DDR5 memory controller integration
  • High-speed ADC/DAC interfacing
  • SerDes link training & equalization

Value Delivered

What our FPGA clients gain from working with ASICraft.

Accelerated Time-to-Market

Rapid prototyping and optimized implementation flows bring your product to market faster.

Right-First-Time Implementation

Thorough verification and validation reduces board respins and design iterations.

Optimized Performance & Resources

Expert-level timing closure and resource optimization maximizes FPGA utilization.

Cross-Platform Portability

Vendor-agnostic RTL and modular design allow easy migration between FPGA families.

Production-Ready Quality

Comprehensive validation including thermal, signal & power integrity for field deployment.

SERVICE 03

Analog & Mixed-Signal Design & Verification

We provide full-spectrum analog and mixed-signal design and verification services, from transistor-level circuit design through mixed-signal SoC integration. Our team brings deep expertise in advanced CMOS process nodes, enabling high-performance, low-power analog IP and subsystems.

What We Do

Deep analog and mixed-signal expertise from transistor-level design through full SoC integration.

Analog Circuit Design

  • Data converters (ADC, DAC) — SAR, Sigma-Delta, Pipeline
  • PLL/DLL & clock generation circuits
  • Voltage regulators (LDO, DCDC, bandgap references)
  • Amplifiers (Op-Amps, TIA, VGA)
  • High-speed I/O & SerDes analog front-end
  • Sensor interface circuits (temperature, pressure, current)

Mixed-Signal Design & Integration

  • Analog-digital interface design & signal conditioning
  • Mixed-signal SoC integration & floorplanning
  • Power management unit (PMU) design
  • RF front-end & baseband interface
  • Custom analog IP development & reuse
  • Process migration & IP porting across nodes

Analog Layout & Physical Design

  • Custom analog layout (matching, shielding, guard rings)
  • Mixed-signal floorplanning & substrate noise isolation
  • ESD protection & latch-up prevention
  • DRC/LVS/ERC clean-up & signoff
  • Parasitic extraction & back-annotation
  • EM/IR drop analysis for analog blocks

Analog & Mixed-Signal Verification

  • SPICE simulation (DC, AC, transient, noise, Monte Carlo)
  • Mixed-signal co-simulation (Verilog-AMS, Real Number Modeling)
  • PVT corner analysis & statistical yield analysis
  • Reliability simulation (aging, HCI, NBTI)
  • Top-level mixed-signal SoC verification
  • Silicon correlation & post-silicon debug support

Characterization & Production Support

  • Test plan development & bench validation
  • ATE test pattern generation & production test flow
  • Silicon characterization & data analysis
  • Yield analysis & process variation studies
  • Failure analysis & debug support

Value Delivered

How ASICraft's analog expertise creates competitive advantage.

Silicon-Proven IP

Leveraging proven circuits and methodologies reduces risk and speeds development.

First-Pass Silicon Success

Rigorous simulation across PVT corners and Monte Carlo ensures designs work in silicon.

Performance Optimization

Deep analog expertise delivers optimized power, noise, and speed trade-offs.

Multi-Node Experience

Proven track record across advanced CMOS nodes from 180nm down to 5nm FinFET.

Full Integration Support

Seamless analog-to-digital integration within SoC environments for complete solutions.

Domain Expertise

Domain & Protocol Expertise

Our engineering expertise spans a wide range of high-speed protocols, advanced memory technologies, processor architectures, and industry-standard interfaces, enabling the development and verification of complex, next-generation semiconductor and SoC solutions.

  • CXL.x
  • Ethernet
  • MIPI CSI-2 (Camera Serial Interface)
  • MIPI DSI (Display Serial Interface)
  • PCI-Express
  • USB 3.0/2.0
  • CHI
  • HBM/HBM2/HBM2E/HBM3/HBM4
  • Flash
  • DDRx/LPDDRx
  • ARM Cores - M33, M55, A- series
  • Multi Channel DMA
  • Low-speed protocols – SBUS, UART, SPI and I2C
  • RISC-V
  • QSPI/OSPI
  • AMBA
  • Bluetooth
  • Modem
  • Wi-Fi 6/7
  • 5G/6G - Radio Interface
shape-img

Ready to Build What’s Next?

Partner with ASICraft for semiconductor design and verification support that combines deep expertise, structured execution, and a commitment to reliable outcomes.

Connect With Our Team