Chip Mixing Technology-元旭半导体科技股份有限公司

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Chip Mixing Technology

Ending BIN Sorting Challenges Through Source-Level Innovation

Has BIN sorting become an invisible cost black hole in the LED display industry?

To produce color-uniform and consistent displays, manufacturers typically purchase multiple LED chips of different specifications and precisely match them. This creates two major issues: high cost and operational complexity.

Mixing chips of various specifications complicates the supply chain, increases inventory pressure, reduces production efficiency, and makes material preparation during production and maintenance difficult and uncertain. Therefore, the industry urgently needs a technological revolution to fundamentally balance efficiency and quality, achieve truly seamless display, while reducing cost and simplifying processes.

From Complex Sorting to “Mixing” Simplification

INNOSHINE Semiconductor’s self-developed chip mixing technology eliminates the traditional “precise sorting followed by exact matching” process. Through proprietary mixing logic, it achieves efficient and precise control of light and color consistency, greatly simplifying production steps, reducing supply chain complexity, and effectively controlling overall cost.

Significant Cost Reduction,Value Chain Optimization

Streamlined Sorting Process

Significantly reduces dependence on high-precision, multi-bin sorting equipment, lowering both the time and cost associated with sorting operations.

Optimized Procurement and Inventory

Simplifies material management while reducing inventory capital requirements and obsolescence risks.

Improved Production Efficiency

Production lines no longer require stringent inter-bin matching and calibration, simplifying manufacturing processes and enhancing overall productivity.

Exceptional Consistency
A Seamless and Unified Visual Experience

Advanced Color and Luminance Uniformity

Through foundational technological innovation, chip optoelectronic parameters are highly concentrated, achieving outstanding uniformity even under up to 16/24-chip mixed configurations, ensuring pure colors and smooth transitions.

Eliminating Maintenance Challenges

Universal compatibility of spare materials for after-sales maintenance eliminates the need to trace specific BIN codes, significantly reducing maintenance complexity and long-term spare parts costs.

Highly Competitive
Redefining Product Value

Significant Cost Advantages

Delivers substantial cost benefits while maintaining equivalent or even superior display quality.

Eliminating Maintenance Challenges

Helps customers create highly cost-effective products with stronger market competitiveness and access broader application scenarios.

Technology Core

A Chip-Level Solution Built on Systematic Innovation

More intensive、More efficient、More reliable

INNOSHINE Chip Mixing Technology is not a compromise on sorting precision. Instead, through advanced chip architecture design, materials science innovation, and precise process control, it proactively designs and manages critical optoelectronic performance parameters during chip manufacturing. We shift complexity from the backend process of “sorting and matching” to the frontend process of “design and creation,” achieving a fundamental transformation from “relying on sorting” to “relying on innovation,” and providing the industry with a more integrated, efficient, and reliable technological pathway.

Driving the Industry Toward Greater Efficiency and Integration

For Manufacturers

Simplified Manufacturing Processes
Leaner Supply Chain Management
Optimized Total Cost Structure

For End Users

Delivering products with superior image quality, stronger cost advantages, and greater maintenance convenience.

For The Industry

Driving the industry chain to evolve from dependence on complex sorting and matching toward an integrated model that achieves cost reduction and efficiency gains through foundational technological innovation.