Microchip Serialization Platform

Microchip Serialization Platform

DIGITHO's cutting-edge technology seamlessly integrates with standard lithography equipment, empowering manufacturers to mark microchips with unique serial numbers, enhance traceability, and ensure the integrity of their products.

Join us on a journey to explore how Reprogrammable Photomasks are reshaping the semiconductor landscape.

Use reprogrammable photomask within i-line stepper systems to efficiently mark unique identifier at the die-level and wafer-to-wafer (without system modification and usage in alternance with standard photomasks).

What is Microchip Serialization?

Microchip serialization refers to the process of assigning and recording unique identifying information to individual microchips or semiconductor components during their manufacturing or assembly. This unique identification typically takes the form of serial numbers or codes that are permanently etched, marked, or encoded onto the microchip. These serialized identifiers are used to distinguish one microchip from another and provide a means of tracking, tracing, and managing individual components throughout their lifecycle.

Unique Identification

Each microchip receives a distinct serial number or code that is different from any other microchip, ensuring individuality.

Permanent Marking

The serialization information is typically applied in a way that is permanent and resistant to environmental factors, ensuring that it remains legible throughout the life of the microchip.

Traceability

Serialized microchips can be tracked at the individual level, allowing manufacturers to trace the component's origin, production history, and distribution.

Quality Control

Serialization helps in quality control by enabling manufacturers to monitor and assess the performance and reliability of each microchip.

Recall and Warranty Management

In cases where defects or issues are identified, the unique serial numbers can facilitate targeted recalls and warranty claims for affected components.

Counterfeit Prevention

Serialization can be used as a security measure to deter counterfeiting of microchips by making it more difficult for counterfeit components to blend into the supply chain.

Challenges in the Semiconductor Industry

Mapping End-Product Performances

A simple and cost-effective solution for mapping end-product results vs wafer maps. For day-to-day product performances improvement.

Quality Control

Microchip serialization allows for individual tracking and traceability of each microchip, which can aid in quality control. Manufacturers can monitor the performance and reliability of individual components, making it easier to identify and address quality issues.

Counterfeit Prevention

Serialization can be used as a security measure to prevent counterfeiting. Genuine microchips with unique serial numbers are harder to replicate, making it more difficult for counterfeit components to enter the supply chain.

Recall and Warranty Management

In the event of defects or issues with specific microchips, serialization enables targeted recalls and warranty claims for affected components. This reduces the cost and scope of recalls.

Supply Chain Visibility

Serialization provides greater visibility into the supply chain, helping manufacturers track the movement of microchips from production to distribution. This can aid in managing supply chain disruptions and improving logistics.

Traceability

Traceability is a fundamental benefit of microchip serialization. It allows manufacturers to trace the origin and production history of individual microchips, enhancing transparency and accountability.

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