Industry News, Trends and Technology, and Standards Updates

PDF Solutions to Acquire Smart Manufacturing and Factory Connectivity Expert Cimetrix

Posted by Cimetrix on Nov 19, 2020 2:00:00 PM

Acquisition Provides Potential of Unrivaled Intelligence for Semiconductor, Packaging, and Electronics Manufacturing

PDF Solutions, Inc. (NASDAQ: PDFS) today announced it has entered into a definitive agreement to acquire Cimetrix Incorporated. The combination of Cimetrix® connectivity products and platforms with PDF Solutions’ Exensio® analytics platform powered by machine learning, is intended to enable IC, assembly, and electronics manufacturer customers to extract more intelligence – not just data – from their factory floor, to build more reliable ICs and systems at lower manufacturing costs.

“Cimetrix is excited to join the PDF Solutions team. Our two companies share the vision and commitment to provide a smart manufacturing platform that seamlessly connects high quality data from the factory floor to cloud based analytics platforms,” said Bob Reback, Chairman, President, and CEO at Cimetrix. “We believe this combination will provide tremendous opportunities for Cimetrix customers to benefit from the cloud, AI/ML, and analytics capabilities from PDF Solutions, and PDF customers will benefit from higher quality data originating from the factory floor using Cimetrix’s connectivity products and platforms.”

To read more, please view press release here.

 

Topics: Industry Highlights, Doing Business with Cimetrix, Investor News

Thinking Ahead: Why would I want to buy EDA client libraries for my equipment?

Posted by Alan Weber: Vice President, New Product Innovations on Nov 11, 2020 11:30:00 AM

Background and Audience

Over the past several years, I have written numerous blog postings heralding the benefits of the SEMI Equipment Data Acquisition (EDA, also known as Interface A) standards, promoting their adoption by 300mm wafer fabs around the world, explaining how to develop robust purchase specs to ensure the interfaces delivered by the equipment suppliers meet the fab customers’ expectations, describing how the various components of the standards work together and the importance of the embedded equipment model, and finally explaining how to run compliance and performance tests on an EDA interface to validate its fitness for production use. The target audience for most of these postings has been the factory users, for they are the ones who increasingly depend on detailed equipment and process data to profitably run their enterprises.

By contrast, this posting is aimed at the equipment suppliers who are looking to increase the value of their product families by augmenting their hardware offerings with software capabilities that only they are uniquely qualified to provide.

This is not a new idea. Several major equipment suppliers have offered so-called “Equipment Engineering Systems (EES)” products as companions for their equipment over the years, providing applications like Fault Detection and Classification (FDC), production monitoring, maintenance management, local repositories for diagnostics and field support, and other capabilities that leveraged deep domain knowledge of the equipment. However, these systems necessarily relied on private interfaces to the equipment for their data, such as an additional network connection, direct access to the file system, or other mechanisms. And from the fab’s perspective, these constituted yet another piece of infrastructure to maintain.

Now there’s EDA: a key enabler for value-added equipment applications

Since the SEMI EDA standards are inherently multi-client, a single EDA interface can support not only the factory information and control systems that depend on equipment data, it can also provide whatever information a supplier-specific application may need as long this data is represented in the equipment metadata model. Since that model is designed by the equipment suppliers as a fundamental component of the EDA interface, they can choose to put as much information in these model as they want, possibly well beyond that required by the fab customers’ purchase specifications. In fact, these models could be used to implement the diagnostic logging capability that suppliers usually build into their equipment for their own use, but without requiring custom software to read and interpret that information. See the figure below for an example of such a configuration.

EDA-Equipment-1The EDA standards also include a provision for “built-in DCPs” (DCP = Data Collection Plan) which can be shipped with the equipment and protected from accidental deletion at the factory site. These DCPs could be crafted by the equipment supplier to directly feed whatever value-added applications the supplier chose to develop, whether these resided on a computer local to the equipment in the fab, on portable computers used by field service engineers to diagnose problems, or on remote cloud-based systems allowed to connect via secure EDA-defined URLs. This flexibility opens up a wide range of application types, from those that embed equipment-specific algorithms to generic Machine Learning frameworks… the possibilities are endless.

What all these approaches have in common is a standard EDA client capability that can establish a session with the equipment, activate Data Collection Plans, and receive the ensuing Data Reports. The Cimetrix EDAConnect product provides all these features and more in a lightweight set of .NET libraries which can be deployed wherever they are needed to consume EDA data.

Conclusion

More and more semiconductor factories are requiring EDA interfaces with their new equipment purchases with highly prescribed equipment models and demanding performance criteria. From the equipment supplier’s perspective, these requirements have been viewed as a source of additional cost, with all the benefit accruing to the factory customers. But it doesn’t have to be that way…

Why not take advantage of this interface to offer additional value using a standards-based approach? This just might be an idea whose time has finally come. If you agree, give us a call – we can help you make it happen!

Topics: Industry Highlights, Semiconductor Industry, EDA/Interface A, Doing Business with Cimetrix, Standards

Semiconductor Backend Processes: Tracking Process Execution

Posted by Alan Weber: Vice President, New Product Innovations on Sep 30, 2020 11:45:00 AM

Background

semi-e157-pic1

Previous blog posting in this series have discussed the rationale for using SEMI’s GEM, GEM 300, and related automation standards in semiconductor backend factories, and pointed out that the specific adaptations required for the various backend equipment types are one of the focus areas for the SEMI Advanced Backend Factory Integration (ABFI) Task Force. In this posting, I will deal specifically with the benefits that can be realized by using the E157 Process Module Tracking standard in a backend factory context.

Since none of the backend material transformations are implemented in what front end experts would consider a “process chamber,” this may seem like an unlikely fit. Moreover, the velocity of backend processes seems contrary with the typical front end recipe execution paradigm. Finally, the lack of distinct substrate locations for some of the processes makes it difficult to know precisely when the process begins and ends for the affected material in some cases.

Regardless of these challenges, the requirements for single device traceability that include knowing the exact process conditions that a device was exposed to at every moment in its manufacturing life cycle (including the backend) argue for use of this standard wherever possible.Since none of the backend material transformations are implemented in what front end experts would consider a “process chamber,” this may seem like an unlikely fit. Moreover, the velocity of backend processes seems contrary with the typical front end recipe execution paradigm. Finally, the lack of distinct substrate locations for some of the processes makes it difficult to know precisely when the process begins and ends for the affected material.

SEMI E157 – Process Module Tracking

The purpose of SEMI E157 is “to define a standard equipment capability to report process-related data to the factory system… the activities of a processing location (i.e., process module) that are related to the execution of a recipe.” The standard further states that “the collection of process data during recipe execution is important to today’s semiconductor factories to support various applications that help optimize equipment processes, finished product quality, yield, and overall factory performance.”

These requirements are now every bit as important for backend factories as they are for the front end, so it is useful to understand how E157 can be effectively applied.

First of all, the E157 Module Process State Model is fairly simple, having only 4 states (three of which are “base states” with no sub-states) and 7 state transition events, shown in the diagram below.

E157-pic1This model represents the state of that portion (or portions) of a unit of equipment that executes a recipe to transform whatever material is present in that part of the equipment. In front end equipment, the chambers are relatively distinct, and usually process a small number of substrates (often one) at a time. By contrast, backend processes cover a broad spectrum of material types, from single wafers to strips (or lead frames) of multiple die to individual packages. The material flow characteristics also vary, from discrete (i.e., single workpieces) to batch to continuous. Moreover, the production rates and material volumes for these processes range from perhaps 90 wafers per hour to thousands of packages per hour… With these challenges, it is no wonder that the pace of automation for these facilities has lagged that of the front end.

How is the E157 Standard Used?

From the equipment’s perspective, every time the process module changes state according to the model above, the equipment sends the corresponding state transition event to the factory host computer. This is done using the SECS-II S6, F11 Event Report message with an event name exactly prescribed by the E157 standard.

The event report should also include whatever “context information” from the equipment that the factory applications need to analyze the equipment’s performance and behavior. For some backend processes, this might be lot ID, process job ID, recipe name, control settings, and current parameter values for important process variables. For others, it might be cumulative usage counts for fixtures with limited lifetimes, current levels of consumables used in the process, or configuration parameters for equipment with a range of setup possibilities. To further complicate matters, some of this information is common across most processes, some of it is process-specific, but some of it may actually be vendor-specific. It all depends on how the factory operates.

Finally, when used in conjunction with event timing information from other required standards (e.g., E90 Substrate Management), E157 data can help identify potential productivity issues, say, when there is an unexpected delay between material arrival (from E90) and recipe start (E157).

How Might E157 be Adapted for Backend Equipment?

As noted above, some equipment types process a stream of material continuously. In these situations, for a given lot, multiple substrates may be processed at the same time in a continuous flow (say, on a conveyor through an oven) until the lot is complete. For these types of equipment, E157 cannot be directly applied because it is chamber oriented, and you don’t get much useful information if you use the entire lot as the execution starting and completing events.

However, if you apply the same state model to the material (substrate, strip/lead frame, carrier, etc.) being processed rather than the equipment component, the collection events defined by E157 can be implemented when a unit of that material changes state. Specifically, the equipment can report the same collection events (ExecutionStarted, StepStarted, StepCompleted, ExecutionCompleted, StepFailed and ExecutionFailed) when execution on a substrate changes state, including when a step is started and completed. The meaning of a “step” would still be interpreted and designed by the equipment supplier. Associating these E157 collection events with a new “substrateID” data variable rather than a chamber enables the factory user to track the material state for each substrate going through the equipment.

Which Backend Equipment Types Should Implement E157?

Even though backend metrology, inspection, and test equipment may run recipes to perform their tasks, since no material transformation takes place, the state transition events and related context are far less important than the measurement and inspection results that these equipment types generate.
For the rest of the backend processes, the relative priorities for implementing E157 are the following:

High – die attach, wire bonding, dicing/sawing/singulation

Medium – backside grinding, polishing, plating, annealing molding, trim and form

Low – wafer mounting, die glue curing, deflashing, laser marking, tie bar cut, baking, burn-in

One category of equipment we have not mentioned is custom assembly equipment that can vary greatly by the end product form factor. The use of E157 in this equipment will depend entirely on the process complexity and sources of variability that must be tracked. However, it is safe to assume that for all but the simplest of processes, E157 will likely play a useful role.

Conclusion

E157 is a prime example of an exceptionally simple and well-written standard built on top of GEM technology that is easy to implement and provides a lot of end user value. The SEMI ABFI task force is now evaluating the specific adaptation of E157 for various backend equipment types and welcomes your contribution to that process.

Topics: Industry Highlights, Semiconductor Industry, Smart Manufacturing/Industry 4.0, GEM300

SMTA International is Going Virtual and Cimetrix will be There!

Posted by Kimberly Daich; Director of Marketing on Sep 23, 2020 11:45:00 AM

SMTAI2020-Masthead2

We are once again gearing up for a virtual show next week! SMTA International is going to be held virtually 28-30 September, 2020. We are excited to be exhibiting at this show for the first time! SMTA International (or Surface Mount Technology Association International) was established in 1984 and is a non-profit international association of companies and individuals involved in all aspects of the electronics industry. The association brings together a professional network of process engineers, executives, project managers, designers and technologists who are shaping the future of the electronics assembly industry.

For the first virtual SMTAi Conference, anyone can register for a free expo pass that also includes the Live Electronics Expo, (Mon-Wed 9/28 – 9/30), the Student and Young Professionals Program (Tues PM 9/29), the Women’s Leadership Program (Wed PM 9/20) and much more.

Cimetrix will have a virtual booth that will me manned by product experts throughout the 3-day expo. We will have live demo times available by reservation (you can sign up now or during the show!). We will also have videos and documentation that features our products and services.

Cimetrix Sapience® will be showcased at SMTAi. Sapience is a smart factory platform to seamlessly connect varying factory equipment within a single event-driven framework. The Sapience platform provides rapid-deployment tools for factories to mine the treasure trove of data available from shop floor equipment, driving actionable insights for optimal decision-making.

We would love to “see” you at the virtual SMTAi Conference next week! Be sure to stop by our booth and talk to us! There will be private chat and voice/video conferencing available from 9:30 am – 4:30 pm CT during the expo and we’d love to meet up and talk about your needs!

Schedule a Demo

Topics: Industry Highlights, Semiconductor Industry, Doing Business with Cimetrix, Events, Smart Manufacturing/Industry 4.0

SEMICON Taiwan 2020 is happening next week!

Posted by Kimberly Daich; Director of Marketing on Sep 15, 2020 6:00:00 PM

SEMICON Taiwan 2020 is coming soon and our Taiwan team will be there! You can read about it now in Traditional Chinese or below in English

semicon-taiwan-top-banner

SEMICON Taiwan將是SEMI的第一個全面的實體虛擬活動。這與Cimetrix的業務完全吻合,我們將在智能製造大廳的K3068號展位展出。

我們知道今年是史無前例的,許多人將無法前往台灣。但是,我們想邀請所有能夠參加展會的人前來參觀,看看Cimetrix的新功能! 您也可以在演出前隨時與我們安排會議)!

Cimetrix將在SEMICON Taiwan上展示我們的最新產品和尖端技術。這包括我們的設備控制平台演示,EDA產品以及GEM連接性和一致性測試產品。我們還將能夠提供有關SEMI標準和SEMI技術的一些最新更改的更新。

我們也很高興宣布今年的演講嘉賓:我們的新產品創新副總裁艾倫·韋伯(Alan Weber)和我們的台灣總經理李孟修(Michael Lee)將就“半導體智能製造:業務驅動器,技術的不斷發展的紐帶和標準”發表演講。於924日星期四上午11:30會見專家展位(J3146

祝大家安全健康地進行展覽。儘管我們的許多全球團隊都會錯過此次展會,但我們的台灣團隊和合作夥伴將隨時準備回答您的所有問題。我們希望看到你在那裡!

Meet with Us


semicon-taiwan-top-banner

SEMICON Taiwan will be SEMI’s first comprehensive physical-virtual event, and will take place during September 23-25 at TaiNEX 1 (Nangang Exhibition Center) in Taipei, Taiwan with the theme “Leading the Smart Future.” This is perfectly aligned with the business of Cimetrix, and we will exhibit in the Smart Manufacturing hall at booth K3068.

We know this year is unprecedented and many will not be able to travel to Taiwan. However, we would like to invite everyone who is able to attend the show to stop by and see what’s new with Cimetrix! (You can also schedule a meeting with us at any time before the show)!

Cimetrix will showcase our latest products and cutting-edge technologies during SEMICON Taiwan. This includes our equipment control platform demonstrations, EDA products and GEM connectivity and compliance testing products. We will also be able to give updates on some of the latest changes to the SEMI Standards and SEMI technologies.

We are also excited to announce our speaker this year: Alan Weber, our VP of New Product Innovations, and Michael Lee, our General Manager in Taiwan, will speak on the topic of “Semiconductor Smart Manufacturing: An Evolving Nexus of Business Drivers, Technologies, and Standards” at the SEMI Meet the Experts Booth (J3146) on Thursday, September 24 at 11:30 a.m.

We wish everyone a safe and healthy exhibition. While many of our worldwide team will miss being at the show, our Taiwan team and our partners will be available and ready to answer all your questions. We hope to see you there!

Meet with Us

 

Topics: Industry Highlights, Semiconductor Industry, Doing Business with Cimetrix, Events, Smart Manufacturing/Industry 4.0

Building a Panel Tool for a Customer using CCF

Posted by Rich Kingsford; Project Manager, CCF Services on Aug 20, 2020 11:38:00 AM

Hi folks! We in the CCF (CIMControlFramework) Services Team love training/consulting on CCF implementations and building custom software for our customers. We’re especially thrilled when we can help our customers ship new equipment and subsequently hear that the equipment successfully ran thousands millions of cycles without issues.

Recently, we enjoyed helping one of our customers build a tool that processes non-wafer substrates. The tool control system included some typical components such as Rorze Hardware Drivers, Light Tower drivers, and a Load Port E84 IO Control, but had some more unique capabilities as well. In this posting we will explore some of the challenges posed and advantages realized from these special capabilities. Before we dive in, please allow me to give a shout out to John Last, our Senior Software Engineer who designed and built most of these capabilities.

Building-panel-tool-1

Process Module Operation Screen

Rather than simply logging data points, our customer wanted a visual representation of temperature over time (minutes). We displayed the categorized variables and their values in tables as well, but the graph updating in real time made it much easier for the operator to visualize the patterns and identify risk events and their sources. The graphing feature needed to be active whether or not the process module operation screen was being displayed. Moreover, It had to handle 3 different step types (Ramp, Dwell and Cool).

Calculating the Y-Axis range for this display presented an additional interesting challenge. The minimum and maximum values were determined by searching all recipe steps and selecting the lowest and highest value setpoints, then subtracting a fixed number from the lowest to get the Y-Axis minimum value and adding a fixed number to the highest value to get the Y-Axis maximum value. The figure below shows how the expected process data should look compared to the observed process data. This allows the operator to see what the equipment is expected to do compared with its actual behavior.

Building-panel-tool-2

Partial FOUP grouping to create a single batch

Our customer required the capability to group multiple partial FOUPs into a single batch. This is especially useful in scenarios where partially filled FOUPs would be used—say, in R&D environments. In other words, we needed to support scenarios where the number of FOUPs needed for processing a batch exceeded the number of load ports. This required us to create Control Jobs with a MtrlOutSpec containing a valid SourceMap with an empty DestinationMap. We relied on SEMI E94’s concept of “Late Announcement of Output FOUP” to specify the input FOUP but not the output FOUP. This allows the scheduler to say, “We know the substrate will go to a different slot, but we won’t tell you which slot until later.”

E90 substrate reading in the Panel solution

As with most tools, each of the substrates has an ID, and this ID must be read and reported to the host. In this case, our host had to verify that the expected ID matched the actual ID. On a successful match, the equipment would then continue the job. If it failed, however, the host would be notified and decide whether to proceed or change something. Capabilities like these maximize throughput and mitigate risks to equipment safety side and production scrap.

Different Panel Types

This machine was required to deal with panels having multiple thicknesses and possible warpage. Therefore we needed to provide a method for an operator, the recipe, and the host to specify the panel type to be processed. None of the variations of panel types were known ahead of time, so we needed methods that handled additional panel types without having to make code changes after the equipment was deployed in production.

The tool also required different substrate mapping parameters for each panel type. Because panel type was specified in the process program referenced in the Process Job, the panel type was not known when the FOUP arrived at the load port. To handle this situation, we customized a standard factory automation SECS II message to communicate the panel type from the host to the tool on arrival of the FOUP.

Conclusion

This equipment was built on an extremely aggressive timeline by a very small team. I was particularly impressed by the team’s ability to grasp the end customer’s requests and creatively explore alternative ways to solve the never-before-seen challenges. In summary: no drama; a few delays; even fewer verbal altercations; just a little frustration; only a little scope creep; and most important, a satisfied factory customer. We all cheered when our customer shipped the tool in 2020.

To find out more about CIMControlFramework and our CCF Services team, or to contact us for a demo, click the button below.

Contact Us

Topics: Industry Highlights, Equipment Control-Software Products, Doing Business with Cimetrix

Summer 2020 North America DDA Task Force Report

Posted by Brian Rubow: Director of Solutions Engineering on Aug 12, 2020 10:45:00 AM

Background

The SEMI North America Diagnostic Data Acquisition (DDA) task force is part of the North America Information and Control Committee (I&CC or NA I&CC). This year the meeting that is normally held in conjunction with SEMICON West was held on Tuesday, July 14, 2020, and continued its activities in developing important SEMI standards. As co-leader of the NA DDA task force, I offer this blog as a summary of the current task force activities.

Freeze 3 Status

The primary responsibility of the DDA task force is the suite of Equipment Data Acquisition (EDA) standards, sometimes referred to as “Interface A.” Currently there are two version sets of EDA standards known as “Freeze 1” and “Freeze 2” which are both based on SOAP/XML over HTTP. The current activities are focused on defining the next EDA set (already designated “Freeze 3”) which is based on a binary protocol gRPC over HTTP. This technology, along with a number of other changes, promises to dramatically increase data collection throughput capacity.

Here is what has been completed so far:

Standard (Ballot)

Ballot Status

Lead

E132 (6337) – Client Authorization and Authentication

Published - 04/29/2019

Brian Rubow (Cimetrix)

E138 (6336) – Specification for XML Semiconductor Common Components

Published - 03/15/2019

Brian Rubow (Cimetrix)

E134 (6335) – Data Collection Management

Published – 03/29/2019

Inhyeok Paek (Link Genesis)

E120 (6434) – Common Equipment Model (CEM)

Published – 05/30/2019

Inna Skvortsova (SEMI)

E145 (6436) – Classification for Measurement Unit Symbols in XML

Published – 05/31/2019

Inna Skvortsova (SEMI)

E178 (6300) – Guide for EDA Freeze Version

Published – 01/10/2020

Mitch Sakamoto (ZAMA)

E179 (6344A) – Specification for Protocol Buffers Common Components

Published – 03/27/2020

Albert Fuchigami (PEER)

 

Current Ballot Activity

The bulk of the “Freeze 3” work is still under active development. Here is a summary of the ballot activity as of the start of the meeting on Tuesday.

Standard (Ballot)

Ballot Status

Lead

E125 (6527B) – Equipment Self Description (EqSD)

Adjudication

Brian Rubow (Cimetrix)
Hyungsu Kim (Doople)

E132 (6571B) – Client Authorization and Authentication

Adjudication

Mitch Sakamoto (ZAMA)
Albert Fuchigami (PEER)

E134 (6553B) – Data Collection Management

Adjudication

Brian Rubow (Cimetrix)

E164 – EDA Common Metadata

Development

Alan Weber (Cimetrix)
Note – separate 5yr reapproval ballot started

E125.2 (6345) – gRPC Binding for Equipment Self Description (EqSD)

Development

Albert Fuchigami (PEER)

E132.2 (6346C) – gRPC Binding for Client Authorization and Authentication

Adjudication

Albert Fuchigami (PEER)

E134.2 (6347) – gRPC Binding for Data Collection Management

Development

Albert Fuchigami (PEER)

 

All of the ballots failed and will be reworked for Cycle 7 voting later this year. However, this was not unexpected, and a great of useful feedback was gathered in the process.

Getting Involved

For those interested in participating, it is easy to join SEMI standards activities. Anyone can register at www.semi.org/standardsmembership.

All SEMI task force ballot activities are logged at: http://downloads.semi.org/web/wstdsbal.nsf/TFOFandSNARFsbyCommittee?OpenView&Start=1&Count=1000&ExpandView

After joining the standards activities, anyone can get involved. The task forces post everything on the connected @ SEMI website https://connect.semi.org/home. The North America DDA task force community is called “Diagnostic Data Acquisition Task Force - North America”.

To find out more about the semi standards, or to speak with a standards expert, click the button below:

Ask an Expert

Topics: Industry Highlights, Semiconductor Industry

Summer 2020 North America ABFI Task Force Report

Posted by Brian Rubow: Director of Solutions Engineering on Aug 5, 2020 11:00:00 AM

Background

The SEMI North America Advanced Backend Factory Integration (ABFI) task force is part of the North America Information and Control Committee (I&CC or NA I&CC). Normally this task force meets every July in San Francisco as part of SEMICON West. However, this year the technical committee meetings are spread out over several weeks and do not coincide directly with the exhibition. Additionally, the I&CC did not meet at all because SEMI regulations do not currently allow TC Chapter (Committee) voting in virtual meetings. That will hopefully change later this year, but for now delays SEMI standards development.

Regardless of these challenges, the ABFI task force did meet on Monday July 13, 2020 and continues to develop SEMI standards. I am co-leader of the NA ABFI task force along with Dave Huntley of PDF Solutions. This blog is a summary of the current task force activities.

Wafer Maps

Ballot 6648 to update to the SEMI E142 (Specification for Substrate Mapping) specification has passed initial voting and is recommended to be accepted and published. This ballot significantly enhances the amount of traceability data that may be embedded within wafer maps.

Additional Wafer Map Activity

Because wafer maps will potentially be much larger with additional traceability data, they could be too large for the messages currently defined in the E142.2 standard. A new activity has been started to modify wafer map usage further and to allow Stream 21 messages to be used for wafer map transfer. The stream 21 message in the SECS-II standard can be used to transfer very large items through a GEM interface.

SEMI Standard Usage Matrix for Backend

The ABFI task force is also defining a matrix that specifies which standards beyond GEM (E30), SECS-II (E5), HSMS (E37) and Substrate Mapping (E142) should be used for backend automation, and under what conditions they should be used. This includes consideration of the full suite of GEM 300 standards and other standards that all GEM interfaces should consider, such as SEDD (E172) and SMN (E173).

Getting Involved

For those interested in participating, it is easy to join SEMI standards activities. Anyone can register at www.semi.org/standardsmembership.

All SEMI task force ballot activities are logged at http://downloads.semi.org/web/wstdsbal.nsf/TFOFandSNARFsbyCommittee?OpenView&Start=1&Count=1000&ExpandView

After joining the standards activities, anyone can get involved. The task forces post everything on the connected @ SEMI website https://connect.semi.org/home. The North America ABFI task force does not have a community.

To learn more about the standards, or to speak with a standards expert, click on the button below:

Ask an Expert

Topics: Industry Highlights, Semiconductor Industry, Standards

Cimetrix welcomes Thomas Simon as Director of Sales of Cimetrix Europe!

Posted by Cimetrix on Jul 30, 2020 8:00:00 AM

MicrosoftTeams-image (21)Cimetrix is pleased to announce and welcome Thomas Simon as its Director of Sales of Cimetrix Europe and Managing Director of Cimetrix GmbH. Thomas is based in Munich, Germany and will lead our growth in Europe. Thomas Simon will be responsible for ensuring the success of our growing customer base of leading semiconductor equipment manufacturers and smart manufacturing factories in Europe, providing strategic direction for Cimetrix Europe to have long-term success in the European market, overseeing local sales and account management and leading an expert team of Europe-based software engineers.

Thomas earned a Master of Science in Electronics and Semiconductor Technology and has 29 years of experience in the semiconductor, semiconductor backend, and electronics industries. He started his career as a field service engineer and then field service management working for companies such as Robert Bosch, SPTS (KLA), Centrotherm, UNAXIS (Evatec) and Suss MicroTec. Since 2011, Thomas has worked for Ulvac as Director of Sales and Business Development.

“Cimetrix has been serving European customers in the semiconductor and electronics markets for over 20 years. We have worked hard to gain a reputation for high quality products that are backed by responsive and exceptional technical support. Today, this provides us with a solid foundation of many longtime customers willing to serve as enthusiastic references. We also see strong and growing demand for Industrie 4.0 and Smart Manufacturing solutions. Accordingly, Cimetrix made the strategic decision to hire an experienced professional to lead Cimetrix’s business in Europe. We are very fortunate to have found Thomas Simon, as his vast experience in the semiconductor and electronics industries is a great fit with Cimetrix. We look forward to growing the Cimetrix team in Europe to provide even higher levels of support to our European customers.” 

-Bob Reback, President and CEO

Cimetrix has been building international teams throughout the world to provide our clients with technical experts who work in their local time zones, speak their native languages, and understand their unique cultures. In all of the major regions for semiconductor and electronics manufacturing, we now have an experienced executive who serves as that region’s Managing Director and is able to help our customers be successful and receive the highest levels of technical support.

To contact Thomas, please click the button below. Welcome Thomas!

Contact

 

Topics: Industry Highlights, Customer Support, Doing Business with Cimetrix, Meet Our Team

Cimetrix 2020 Annual Shareholder Meeting is Postponed

Posted by Bob Reback: Chairman, President, and Chief Executive Officer on Jul 29, 2020 10:23:25 AM

To our Cimetrix shareholders,

One of the highlights of the year is the annual Cimetrix shareholder meeting, which is typically held in August at the Company’s headquarters office in Salt Lake City. We always enjoy the gathering of shareholders and reporting on the Company’s progress. The 2020 annual meeting has been on the calendar for Friday, August 14, and our hope was things would be back to normal by that time. Unfortunately, there has been a recent surge in COVID-19 cases in Utah, and we believe it would not be prudent to host the annual shareholder meeting at this time. Our number one concern is the safety of our shareholders and employees. Consequently, the Cimetrix 2020 annual meeting is officially postponed until further notice.

While the Company’s business has been impacted by COVID-19, we have transitioned to enable all employees to work from home. Demand within the semiconductor and electronics industries remains strong for our products, and we believe we are on track to meet our overall 2020 plans. Cimetrix has retained all of its valuable employees and is in the process of recruiting additional team members.

Once we set a new date for the annual shareholder meeting, we will report it on our website and send out another notice to shareholders. We thank our shareholders for their concerns and support.

Sincerely,

Bob Reback
President and Chief Executive Officer

For future updates and investor information, please visit our Investor Relations Page.

Topics: Industry Highlights, Doing Business with Cimetrix