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American Water Charitable Foundation Awards $10,000 Workforce Readiness Grant to North Scott Community School District

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Grant funds to support the District’s Regional Innovation Center

ELDRIDGE, Iowa, Oct. 12, 2026 /PRNewswire/ — The American Water Charitable Foundation, a philanthropic nonprofit organization established by American Water (NYSE: AWK), and Iowa American Water recently announced a $10,000 Workforce Readiness grant to the North Scott Community School District’s Regional Innovation Center.

“North Scott High School and its Robotics and LEGO League teams are incredibly thankful for the American Water Charitable Foundation’s generosity,” said Andrew Lehn, principal of North Scott High School. “The grant funding from the past two years has had a significant impact on the teams’ ability to purchase necessary materials, technology and curriculum to compete at the highest level.” 

The 2026 grant will support hands-on STEM, robotics, engineering and career-readiness opportunities for North Scott students. Funding will provide LEGO League materials and registration fees for three elementary school programs and help advance the district’s robotics program for students in grades 7–12 through tournament fees, new materials, technology upgrades, 3D-printing resources and equipment, including a planned CNC machine.

The Regional Innovation Center provides students with opportunities to develop technical, problem-solving, leadership and collaboration skills through real-world learning. Students design, manufacture and assemble custom parts; use computer-aided design programs and 3D printers; build and test robots; and share their knowledge with younger students and the broader community.

“The continuous support we’ve received from the American Water Charitable Foundation has allowed us to push past our limits and focus on developing and growing our program,” said Josh Le, a North Scott robotics student. “The new parts, electronics and machinery will give us an even richer engineering experience, including in-house machining and manufacturing. It has opened new doors for our team and will help us bring middle school students into the program so they can learn alongside us.”

Robotics Team Coach Michele Mess said the grant has generated enthusiasm and creative plans as students begin designing and testing this season’s robot.

“These learning opportunities are priceless in the growth of our students’ experience and can help lead them toward careers that allow them to reach their potential,” Mess said. “They are eager to challenge themselves, learn to design parts using computer programs, produce those parts with 3D printers and a CNC machine, and assemble them into working robot functions. They also want to share what they learn with junior high and elementary students. We are grateful for the grant funding that helps sustain these dreams and gives students the opportunity to become amazing young engineers.”

The Workforce Readiness grant is part of the American Water Charitable Foundation’s Keep Communities Flowing Grant Program, focusing on three pillars of giving: Water, People and Communities. This grant program focuses on general career readiness, financial and business literacy, positive youth development and life skills training.

“The American Water Charitable Foundation is proud to support initiatives that provide access to high-quality learning students need to be successful,” said Carrie Williams, president of the American Water Charitable Foundation. “We take pride in supporting American Water’s continued efforts to be a responsible neighbor and reliable partner in the community.”

Through its partnership with the North Scott Community School District, Iowa American Water is helping connect local students with innovative workforce-development experiences that prepare them for future careers in science, technology, engineering, manufacturing and other skilled fields.

“At Iowa American Water, our commitment to the communities we serve goes beyond providing safe, clean and reliable water,” said Brad Nielsen, president of Iowa American Water. “By supporting hands-on learning opportunities at the North Scott Regional Innovation Center, we are investing in the next generation and helping students build the skills, confidence and experience they need to become part of Iowa’s workforce of tomorrow.”

Learn more about Iowa American Water’s community impact at iowaamwater.com. 

About American Water
American Water (NYSE: AWK) is the largest regulated water and wastewater utility company in the United States. With a history dating back to 1886 and celebrating 140 years in 2026, We Keep Life Flowing® by providing safe, clean, reliable and affordable drinking water and wastewater services to approximately 14 million people with regulated operations in 14 states and on 19 military installations. American Water’s approximately 7,000 talented professionals leverage their significant expertise and the company’s national size and scale to achieve excellent outcomes for the benefit of customers, employees, investors and other stakeholders. For more information, visit amwater.com and join American Water on LinkedIn, Facebook, X and Instagram.

About American Water Charitable Foundation
The American Water Charitable Foundation, a philanthropic non-profit organization established by American Water, focuses on three pillars of giving: Water, People, and Communities. Since 2012, the Foundation has invested over $25 million in funding through grants and matching gifts to support eligible organizations in communities served by American Water. The Foundation is funded by American Water shareholders and has no impact on customer rates. For more information, visit amwater.com/awcf.

About Iowa American Water
Iowa American Water, a subsidiary of American Water, is the largest regulated water utility in the state with approximately 90 dedicated employees working to provide safe, clean, reliable and affordable water and wastewater services to approximately 225,000 people.  

About the North Scott Regional Innovation Center
The North Scott Regional Innovation Center in Eldridge provides hands-on STEM, robotics, engineering and career-readiness experiences for students. Through programs including elementary LEGO League and robotics opportunities for students in grades 7–12, participants build technical knowledge while strengthening problem-solving, teamwork, leadership and communication skills. Students also share their learning through outreach to younger students and community events.

 

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SOURCE American Water

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d-Matrix Announces Squadron Compute Clusters for AI Inference at Data Center Scale

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Scaling to 1000+ Connected d-Matrix Corsair XPUs, Squadron Systems Now Generally Available For Select Customers Seeking Megawatt-Scale Compute for Ultra-Low-Latency AI

SAN JOSE, Calif. , Oct. 12, 2026 /PRNewswire/ — d-Matrix today announced d-Matrix Squadron, a fleet of multi-rack systems offering megawatts of highly efficient inference compute for running AI models with extreme speed and energy efficiency at data center scale.

Benefiting from d-Matrix’s unique memory-centric compute architecture, Squadron clusters are ideal for AI labs, enterprises, and sovereign organizations with latency-sensitive AI applications including coding, personal agents, cybersecurity, and high-frequency trading.

Developed in partnership with Arista, Broadcom, and Supermicro, Squadron has already been deployed by d-Matrix in its Arizona data center for internal research and development and is now shipping to priority customers for deployment in their own data centers. Additionally, Squadron’s building blocks — d-Matrix Corsair servers and d-Matrix Corsair SquadRacks — are now generally available. 

“The journey to enable customers with our memory-centric compute advantage coincides with d-Matrix’s evolution from a specialized chip company to a data center compute infrastructure business,” said Sid Sheth, Founder and CEO of d-Matrix, who unveiled Squadron during his keynote on the opening day of OCP Global Summit at the San Jose Convention Center. “With Squadron shipping, and our Corsair servers and SquadRacks now generally available, the wait is over. Customers now have access to the world’s most efficient data center scale inference infrastructure available for building and ramping their ultra-low-latency AI applications.”

“Bringing next-generation AI infrastructure to market at scale requires deep engineering, systems integration, and manufacturing expertise,” said Charles Liang, president and CEO of Supermicro. “Our collaboration with d-Matrix demonstrates Supermicro’s ability to deliver innovative AI technologies through our proven Data Center Building Block Solutions® (DCBBS). We enable customers to deploy efficient, high-performance inference infrastructure while providing accelerated time-to-online supporting the most advanced AI workloads and heterogeneous computing environments.”

Entire Corsair Platform Now Available
Squadron is available in a wide range of configurations, scaling up to 16 d-Matrix SquadRacks — d-Matrix single eight-server racks — into a fully integrated compute cluster with up to 1,024 d-Matrix Corsair XPUs. The clusters are seamlessly interconnected with d-Matrix JetStream NICs and optimized for ease of deployment with d-Matrix Aviator software. Because Squadron clusters are air-cooled and built on industry standards, customers can integrate them directly into the data centers they already operate, bypassing the need for liquid cooling or costly and time-consuming data center buildouts. 

Corsair servers and SquadRack rack-scale systems are built with Corsair XPUs, JetStream NICs, and Aviator software. Customers can deploy a single Corsair server, a full SquadRack, or scale all the way to a multi-rack Squadron cluster, all on the same air-cooled, industry-standard architecture that drops into existing data centers.

Squadron Enables Industry Milestone, Proves Viability of AFD
Optimized to deploy AI with speed and efficiency, Squadron clusters can run full models exclusively on Corsair XPUs and are also designed for heterogeneous environments where work is split between GPUs and XPUs, an approach called disaggregated compute. 

During his OCP keynote, Sheth revealed that d-Matrix has successfully implemented Attention-FFN Disaggregation (AFD) using its own Squadron system paired with GPU servers.

This work demonstrated that, when offloading Experts/FFN to Corsair racks, the heterogeneous system was able to take advantage of Corsair’s efficiency attributes to generate 845 tokens per second per user. With 64 concurrent users, the heterogenous AFD setup delivered a total throughput of 20,415 tokens per second.

While AFD has been discussed across the industry in theory as a promising disaggregating compute application, d-Matrix is the first to show it running on real silicon that’s available today.

See AFD Demo Live at OCP Global Summit
To learn more about the d-Matrix Corsair platform, or to view d-Matrix’s AFD demo, visit d-Matrix’s OCP booth #C82 or contact d-Matrix at www.d-matrix.ai/contact-sales. d-Matrix researchers will present their AFD demo live at the d-Matrix booth on Wed., Oct. 14 at 11am PT and 2pm PT as well as 11am PT on Thurs., Oct. 15.

About d-Matrix
d-Matrix is a leader in AI inference compute, delivering memory-centric compute chips, software, and rack-scale systems for data centers — making AI faster, more energy efficient, and more accessible.

By bringing compute directly into memory, d-Matrix overcomes the cost, latency, and power limitations of traditional architectures — working independently or in partnership with GPUs and other compute platforms. Its multi-generation roadmap, from planar to 3D memory-compute substrates and rack-scale systems, is built to help hyperscalers, frontier labs, and AI clouds deploy advanced AI experiences at global scale.

As demand for inference accelerates, d-Matrix is charting the path to infinite inference with no latency. For more information, visit www.d-matrix.ai.

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SOURCE d-Matrix

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EHT Semi Integrates Bird RF Measurement to Strengthen Semiconductor Process Control

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Embedded RF measurement provides consistency across calibration, process development, and production.

SEATTLE, Oct. 12, 2026 /PRNewswire/ — EHT Semi today announced the integration of Bird RF measurement technology into its semiconductor power platforms, including the Orion™ Direct RF™ System and tailored waveform generators. An embedded Bird probe, with NIST-traceable calibration, provides the primary measurement of power, voltage, current, and impedance. The integration reflects a collaborative relationship between EHT Semi and Bird focused on applying industry-trusted RF measurement technology to the needs of semiconductor manufacturing.

By integrating the probes directly into its power systems, EHT Semi provides measurement continuity from factory calibration and system validation through test and measurement at the fab. The approach gives semiconductor manufacturers a common measurement reference across the equipment lifecycle, helping improve confidence in the RF power data used to characterize, verify, and control advanced processes.

The integrated Bird probe is now available in selected Orion™ Direct RF™ System and tailored-waveform power systems. The resulting measurement and control architecture enables power regulation to within 2% of the set point through fast, dynamic load changes, supporting the stability and responsiveness required for demanding plasma and process conditions.

“Advanced process control depends on knowing that the power measured during system calibration corresponds to the power monitored in production,” said Timothy Ziemba, CEO of EHT Semi. “Integrating Bird measurement technology gives engineers a common RF reference from factory to fab, while supporting the speed and precision required for rapidly changing plasma loads.”

“Bird is pleased that EHT Semi selected our RF measurement technology as an integral part of its semiconductor power platforms,” said Bird’s chief executive officer, Mike Simpson. “This integration will give equipment and process teams greater confidence in the data connecting calibration, development, and production.”

Customers will have access to the measurement data generated by the integrated Bird probes. This high-fidelity data can support advanced diagnostics, process analytics, and the development of AI-accelerated feedback and control strategies. By making trusted power data available at the equipment level, EHT Semi is creating a foundation for faster process learning and more adaptive control development.

About EHT Semi
EHT Semi is pioneering advanced RF power and tailored waveform systems for semiconductor manufacturing. Its power platforms are designed to provide precise, responsive power delivery and measurement for improved plasma control and reliability in demanding semiconductor process environments. Learn more at ehtsemi.com.

About Bird
Founded in 1942, Bird is the trusted standard in RF power measurement and monitoring, delivering instruments, sensors, loads, attenuators, analyzers, handheld testers, and software used in the world’s most demanding environments. Bird serves customers across semiconductor, public safety, telecommunications, defense & aerospace, broadcast, industrial, and medical markets from its headquarters in Solon, Ohio, and global locations. Learn more at birdrf.com.

View original content:https://www.prnewswire.com/news-releases/eht-semi-integrates-bird-rf-measurement-to-strengthen-semiconductor-process-control-302905262.html

SOURCE EHT Semi

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Briefing: Policy changes needed to ensure the ethical and effective use of healthcare AI

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Room 330, Cannon House Office Building

WASHINGTON, Oct. 12, 2026 /PRNewswire/ — Artificial intelligence (AI) has the potential to revolutionize healthcare, but thoughtful regulations are needed in order for this technology to live up to its promise — particularly for America’s most vulnerable patients. Join the Association for Diagnostics & Laboratory Medicine (ADLM) to learn about how AI is currently being used in healthcare, the benefits and limitations of this evolving technology, and what Congress needs to do to ensure that healthcare AI is used judiciously and ethically.   

AI is rapidly changing how healthcare organizations manage their operations, analyze data, and diagnose disease. Because clinical laboratories generate approximately 80% of the data used to inform medical decisions, laboratory medicine is at the center of efforts to harness AI to improve patient care.

At this briefing, leading experts in laboratory medicine will discuss how AI is transforming their field and healthcare overall, as well as the top five policy changes needed to advance AI in an efficient and effective manner. Speakers will also provide a case study highlighting how AI is used in pediatric health, illustrating both the promise of this technology and the challenges that remain.

Attendees will gain a better understanding of the role that Congress can play to establish appropriate oversight and regulation of AI, as well as what is needed to ensure that this technology benefits all patients — especially children.

When: Luncheon briefing: 12 – 1 p.m., Tuesday, October 13

Where: Room 330, Cannon House Office Building

Who:

Moderator: Dr. Dennis J. Dietzen, chair of pathology and laboratory medicine, Phoenix Children’s HospitalSpeakers: Dr. Sarah Wheeler, clinical pathology medical director, University of Pittsburgh Medical Center Children’s Hospital of PittsburghDr. Stephen Master, vice chair for innovation, department of pathology and laboratory medicine, Children’s Hospital of Philadelphia

RSVP: Email Christine DeLong, ADLM director of editorial and media relations at cdelong@myadlm.org.

About the Association for Diagnostics & Laboratory Medicine (ADLM)
Dedicated to achieving better health for all through laboratory medicine, ADLM unites more than 70,000 clinical laboratory professionals, physicians, research scientists, and business leaders from 110 countries around the world. Our community is at the forefront of laboratory medicine’s diverse subdisciplines, including clinical chemistry, molecular diagnostics, mass spectrometry, clinical microbiology, and data science, and is comprised of individuals holding the spectrum of lab-related professional degrees, certifications, and credentials. Since 1948, ADLM has championed the advancement of laboratory medicine by fostering scientific collaboration, knowledge sharing, and the development of innovative solutions that enhance health outcomes. For more information, visit www.myadlm.org.

Christine DeLong
ADLM
Director, Editorial and Media Relations
(p) 202.835.8722
cdelong@myadlm.org

Bill Malone
ADLM
Senior Director, Strategic Communications
(p) 202.835.8756
bmalone@myadlm.org

View original content to download multimedia:https://www.prnewswire.com/news-releases/briefing-policy-changes-needed-to-ensure-the-ethical-and-effective-use-of-healthcare-ai-302905939.html

SOURCE Association for Diagnostics & Laboratory Medicine (ADLM)

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