SAS Technologies

Controlling FAB DFM

Enables efficient and precise management of Design for Manufacturing (DFM) processes within a semiconductor fabrication facility.

Material Allocation

Optimizes the allocation and utilization of resources to ensure efficient and effective material management across various processes and projects.

Bill of Materials (BOM) Purchasing

Streamlines the procurement of components and materials by efficiently managing the Bill of Materials (BOM) for product manufacturing.

Assembly & Testing

Provides comprehensive and reliable assembly and testing solutions for seamless integration and quality assurance of electronic components and devices.

Controlling FAB DFM

Welcome to SAS, where we understand the intricacies of semiconductor manufacturing and the need for precision and efficiency. We prioritize the crucial aspect of achieving optimal results through the implementation of Design for Manufacturing (DFM) principles. By effectively controlling the Fabrication (FAB) DFM, we empower semiconductor manufacturers to greatly enhance yield rates, minimize costs, and improve overall production efficiency. Our expertise and commitment to excellence make us your ideal partner in the semiconductor industry.

Controlling FAB DFM: Methods

Understanding FAB DFM

Significance of Controlling FAB DFM

Improved Yield Rates
Cost Reduction
Time-to-Market Acceleration

Strategies for Successful FAB DFM

Collaboration between Design and Manufacturing Teams
Utilization of Design Tools
Process Simplification
Designing for Manufacturability
Data-Driven Decision Making

MATERIAL ALLOCATION

At SAS, we delve into the complex and intricate world of semiconductor manufacturing. In this era of soaring demand for electronic devices, efficient material allocation has become an imperative for semiconductor companies. Join us as we unlock the secrets to achieving enhanced efficiency and productivity in the dynamic field of semiconductor manufacturing by following below methods.

MATERIAL ALLOCATION: Methods

Understanding Material Allocation in Semiconductor Manufacturing

Importance of Material Allocation
Key Challenges in Material Allocation

Strategies for Optimizing Semiconductor Material Allocation

Accurate Demand Forecasting
Effective Inventory Management
Collaborative Supplier Relationships
Agile Manufacturing and Production Planning

Technology Solutions for Material Allocation

Advanced Supply Chain Management Systems
Digital Twin and Simulation Modeling

BOM PURCHASING

SAS recognizes the paramount importance of selecting the right components for semiconductor manufacturing. The quality, reliability, and performance of electronic devices hinge upon the careful procurement of a semiconductor Bill of Materials (BOM). This intricate process entails weighing multiple factors, including component specifications, supplier selection, cost optimization, and supply chain management.

BOM PURCHASING: Methods

Understanding the Semiconductor BOM

Definition and Components
BOM Hierarchy

Component Specifications and Selection

Identify Project Requirements
Component Research
Alternative Components

Supplier Evaluation and Selection

Supplier Qualification
Supplier Communication
Supplier Diversity

Cost Optimization

Price Negotiation
Volume Purchasing
Total Cost of Ownership (TCO)

Supply Chain Management

Risk Assessment
Inventory Management
Collaboration and Visibility

Documentation and Compliance

BOM Documentation
Compliance Considerations
Quality Control

ASSEMBLY & TESTING

We shed light on the pivotal role that semiconductor assembly and testing play in guaranteeing the functionality, performance, and reliability of semiconductor devices. This intricate process encompasses the packaging of integrated circuits (ICs) into their final products, followed by stringent testing procedures to meet stringent quality standards.