CGA - Compal GPU Annealer

On-premise Edge Computing Solution

CGA is latest cutting-edge quantum-inspired computing service developed by Compal Electronics, designed to solve complex problems that traditional computing cannot efficiently handle using quantum computing technology. This product leverages GPU-accelerated computing to operate in , maximizing the advantages of quantum computing.

Product Features

Product Features

GPU-Accelerated Computing

Utilizes GPU-accelerated computing to quickly find the optimal solution for QUBO problems, supporting over 100,000 variables and
expandable with GPU hardware upgrades.

Python API Integration

Provides a seamless integration interface compatible with PyQUBO, making it easy for users to develop applications.

On-premise Edge Computing

The world’s only solution that supports installation and operation on local machines, ensuring user data privacy and saving time and costs associated with cloud data transmission.
CGA Application Scenarios

CGA Application Scenarios

CGA has broad applications in multiple fields, including but not limited to:

Financial Investment

Optimizes investment portfolio allocation, accelerates the computation of derivative pricing and risk management models.

  • Quickly calculates optimized investment portfolios, increasing financial product profitability.
  • Integrates risk factors of investment portfolios, reducing financial product risks.
  • On-premise edge computing protects customer privacy.
  • Financial holding companies
  • Insurance companies
  • Investment trust companies
  • Institutional investment units

Manufacturing Management

Improves overall production planning, optimizes logistics distribution routes, reduces manufacturing and transportation costs, and enhances operational efficiency.
  • Optimizes production scheduling, increasing operational efficiency.
  • Reduces operational costs through optimized production, distribution, and inventory management.
  • Energy-saving and carbon reduction, improving corporate ESG scores.
  • On-premise edge computing protects customer privacy.
  • OEM service providers
  • Product manufacturers in various industries
  • Transportation service providers
  • Logistics distribution providers

Biotechnology

Accelerates the computational analysis of compound molecular interactions, accurately predicts and screens candidate compounds, effectively improving the success rate of compound experiments.
  • Accurately calculates compound molecular interactions, reducing experimental costs.
  • Quickly calculates a large number of candidate drugs, narrowing the screening range, retaining high-value candidate drugs, and shortening drug development time.
  • On-premise edge computing protects customer privacy.
  • New drug development companies
  • Chemical manufacturing companies
  • Pharmaceutical companies
  • Scientific research units

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