SoC Design & Verification

Core 1: Comprehensive SoC Design & Verification Solution
Core 2: From System Architecture to Functional Verification
Core 3: Optimized for Performance, Power and Scalability

Overview

Integrated
SoC Design Solution

Alphachips delivers next-generation SoC front-end solutions tailored to customer requirements. Our proven methodologies optimize design efficiency and integration quality throughout development. We enable reliable system implementation for successful silicon realization.

ASIC Business Flow

Core Strengths & Capabilities

Alphachips delivers a complete front-end ASIC design flow, covering architecture, RTL development, verification, SoC integration, and performance optimization. Our proven methodologies support reliable and efficient semiconductor development from concept to implementation.

Advanced SoC Architecture: High-Performance SoC Design

Multi-IP Integration Experience

Protocol Readiness
RTL Design Capability: High-Quality RTL Coding

Reusable & Scalable Design
Verification Methodology: Automotive DFT Support

System-level Validation

Pre-silicon Confidence
SoC Integration: Multi-IP System Orchestration

Bus Architecture Optimization

Connectivity Validation
Performance Optimization: PPA Maximization

Timing-aware Design

Efficient Resource Utilization

Design Service

System Architecture Design Solutions

We provide end-to-end front-end solutions from architecture design to verification, integration, and FPGA validation for reliable SoC implementation.

System Architecture Design

We define the SoC system architecture based on customer requirements, balancing performance, power, area, bandwidth, and integration complexity.

Core Capabilities: System Architecture Definition

IP Selection and Configuration

Bus / Interconnect Architecture Design

Performance and Bandwidth Modeling

Power, Clock/Reset and Address Map Planning

RTL Design

We develop high-quality synthesizable RTL based on the defined system architecture, covering control logic, data paths, interfaces, and low-power design.

Core Capabilities: Microarchitecture and RTL Implementation

Control Logic and FSM Design

Low-power and UPF-aware RTL Design

CDC/RDC-aware Clock and Reset Domain Design

Interface and Data Path Logic Design

Functional Verification

We verify RTL functionality through structured verification planning, UVM-based testbench development, assertions, coverage, and regression execution.

Core Capabilities: Verification Planning and Test Scenario Definition

UVM Testbench, Sequence and Scoreboard Development

Functional Coverage and Assertion-based Verification

Regression Automation and Coverage Closure

System-Level Verification and Debug

SoC Integration

We integrate IPs and subsystems into a coherent SoC top-level, covering connectivity, bus architecture, clock/reset, power domains, and integration verification.

Core Capabilities: SoC Top-level Integration

IP and Subsystem Connectivity

Bus / Interconnect Integration

Clock, Reset and Power Domain Integration

Address Map, Register Map and Integration Verification

FPGA Prototyping & Pre-silicon Validation

We prepare SoC and subsystem RTL for FPGA-based prototype platforms and perform pre-silicon validation through customer, partner, or external infrastructure, enabling early bring-up, HW/SW co-validation, and system-level debugging.

Core Capabilities: FPGA Prototype Preparation and RTL Porting

HW/SW Co-Validation

System-Level Bring-up and Debugging

Interface and Peripheral Validation

Pre-Silicon Software Bring-up

Design Applications

Supported Applications

Key benefits for supported applications include a version control system, automated verification flow, continuous integration environment, and high-performance computing infrastructure.

AI SoC
Automotive SoC
Consumer Electronics
High-performance Computing
Mobile & Connectivity
Industrial Semiconductor