Technology Solutions
From Pain Points to Breakthrough: AI-Driven FPGA Development Revolution
Traditional Development Pain Points
FPGA Environment Setup Takes Weeks
Complex toolchain configuration and environment setup
AI auto-configuration, completed in minutes
HLS Optimization Based on Guesswork
Relies on senior engineer experience, high trial-and-error cost
300+ rules library for intelligent guidance
Repeating Same Mistakes
Knowledge cannot be effectively accumulated and transferred
Experience automatically accumulated in knowledge base
Three-Layer Technical Architecture
Complete Flow from Understanding to Execution
AI Agent Layer
GPT-4 level semantic understanding, converting natural language requirements into FPGA design intent, providing intelligent optimization suggestions and problem diagnosis.
Knowledge Base Layer
300+ optimization rules and accumulated experience, structured storage of FPGA development best practices, supporting fast queries and automatic application.
FPGA Layer (Vitis HLS)
Automatic synthesis and verification engine, converting high-level C/C++ code to hardware description, completing timing analysis, resource estimation, and hardware-software integration verification.
Core Competencies
Continuous Learning
Continuously accumulate team success knowledge and experience, strengthening with user network growth, forming positive data acceleration for team growth.
Team Collaboration
Knowledge sharing helps newcomers get up to speed quickly, avoiding repeated mistakes. Cross-project learning mechanism creates high customer stickiness.
High Reproducibility
90%+ first-time success rate, far exceeding general AI's 60%. Verified methodologies reduce design risk and ensure quality consistency.
Efficiency Revolution
Reduce 2-3 weeks of work to 2 hours, achieving 99.6% performance improvement cases.