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Applied pathway for faster automation – MES deployment in 90 days (Part 1/2)

Deploy SmartFactory MES 300works® in 90 days: rely on experienced team and proven process

For new semiconductor fabs, traversing the path of factory automation is complex in even the best of circumstances. For example, configuring an MES and modeling complex processes can be overwhelming. This complication is compounded if manufacturers rely on IT-centric companies with little or no semiconductor experience for implementation. In addition, fabs frequently fall behind their startup timelines because they don’t commit the experienced resources required to install and configure automation software systems early enough in the process.

If you’re responsible for deploying an MES for a greenfield fab, are you experiencing similar challenges? Are you meeting required milestones for achieving first wafer production? To help new 300mm fabs on their journey to increasing factory automation, this blog highlights the path to achieving a successful MES deployment. It focuses on the first steps in this process—setup and basic readiness—to support first wafer production within 90 days.

Meeting Milestones to Stay Competitive

For new semiconductor manufacturers, it’s critical to choose a proven automation software solution that (1) meets the demanding technical requirements of launching a new fab and (2) achieves key production milestones, such as first silicon and production ramp. No room exists for missing milestones in a successful production ramp. Because of this constraint, it’s critical to carefully manage every automation software system deployment so it supports production ramp requirements. As shown in Figure 1, among the most important milestones on a new fab’s path to competitiveness with automation are:
  1. Getting up and running. This is accomplished by setting up and validating the minimum factory automation capabilities not requiring automation.
  2. Basic readiness. To support first wafer production, fabs must implement basic automation to run automated data collection with statistical process control (SPC), manual dispatching and tracking, and equipment automation.
  3. Increased yield, quality, and throughput. To realize these KPIs, fabs must increase their factory automation capabilities by further integration with advanced process control (APC), fault detection and classification (FDC), dispatching, and material control systems.
  4. Maximized value. To maximize value, fabs must continually refine these automation capabilities (for example, by tuning dispatching scenarios based on scheduling inputs and automating MES scenarios).
Automation Competitiveness Milestones
Figure 1. How to achieve automation competitiveness milestones

Getting Up and Running

Among the key tasks in getting the automation software up and running for first wafer production are:
  • Installing and configuring the MES
  • Automating equipment
  • Integrating with SPC
  • Configuring equipment maintenance
Figure 2 highlights the key software systems that must be configured and integrated to achieve a successful ramp.
Key automation software systems requiring configuration and integration for a successful ramp
Figure 2. Key automation software systems requiring configuration and integration for a successful ramp

How Can SmartFactory MES 300works® Help?

With SmartFactory 300works, it’s possible to get up and running with basic automation, which enables operators to control when wafer processing starts, eliminating the need for manual track in and track out. And you can enable support for initial wafer starts in only 90 days. How is this accomplished? It’s done with our proven deployment plan and systematic, step-by-step deployment methodology. With over 30 years of “hardened” experience in semiconductor factories, our deployment teams are adept at getting fabs up and running on schedule while minimizing deployment risk using the following (see also Figure 3):
  • Battle-tested deployment methodology and resources. With SmartFactory 300works, fabs can tap into a deployment team with knowledge on what works and what doesn’t work—some equipment, for example, may not be automation ready and require special or unique scenarios. In such cases, the team can consult with customers on making the equipment ready for automation.
  • Pre-defined process modeling templates. These templates provide a knowledge base of lot and carrier naming rules, equipment processes, and so forth.
  • Proven deployment templates based on standard manufacturing scenarios. This enables fabs, for example, to access resources about different equipment types and operating scenarios.
Keys to rapid MES deployment
Figure 3. Keys to rapid MES deployment

A Case in Point

To illustrate the value of a proven deployment methodology, a new semiconductor frontend manufacturer faced many of the challenges discussed earlier. In the beginning of their automation project, the company kicked off their effort with only a few experienced resources. As such, it was hard knowing what automation capabilities needed completion, when they were needed, and during which phase of the fab life cycle (see also Bringing production reality closer to target). As the level of automation increased—from basic to advanced—concern increased. Specifically, the process of continual tool installation required automation and testing with manufacturing scenarios, along with a way to encompass diverse automation integration. This challenge was overwhelming to the manufacturer.

To help with these issues, an Applied Materials service team provided a solution with pre-defined modeling templates and an experienced deployment method. The solution included deployment of MES, maintenance management, dispatching, FullAuto with Activity Manager®, material control, run-to-run control, fault detection, and recipe management. The Applied team completed basic readiness in 3 months and advanced automation in 1 year, followed by a couple of months of post tuning for optimization. As a result of this deployment effort, the customer was on the path of meeting their high-volume production targets.

Next Steps

Successfully deploying automation software systems to support manual operation and first wafer production is only the first step in the journey to moving to a fully automated fab. But this journey can be worth the effort with the help of an experienced team to provide proven deployment and modeling templates, as well as the right methodology. In our next blog, we’ll discuss the next steps on this journey, identifying priorities to achieve advanced automation readiness.

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About the Author

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Seong Hoon Lee
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