CLINTON, NY – Indium Corporation Global Account Manager and Senior Thermal Technologist Tim Jensen will present a technical paper at SEMI-THERM, taking place March 13–17 in San Jose, CA.
The presentation, titled Innovative Next Generation Metal TIM Technology for HPC Applications, will address the use of solder thermal interface materials (sTIMs) for heat dissipation in high-performance computing (HPC) applications. sTIMs have been used as a TIM1 solution for a limited set of server packages for over 20 years. A sTIM interface has the potential to provide extremely high amounts of heat dissipation. Because of increasing power and functionality of HPC packages, many of the traditional polymer TIM materials are reaching their physical limits for heat dissipation and are no longer adequate. This is creating an interest in using metal TIMs in a broader array of applications.
At Indium Corporation, Jensen leads a matrixed team focused on engaging customers and commercializing new technology for our Thermal Interface Material products, including technology for 5G and AI. He is responsible for ensuring the product line is poised for long-term success by developing technologies that best meet the current and future needs of customers. He has authored numerous technical papers on soldering and thermal technology. In addition to his responsibilities at Indium Corporation, Jensen also serves on the SMTA’s Board of Directors. In this role, he is part of the Strategic Development Committee where he leads the effort on international expansion. He has a bachelor’s degree in chemical engineering from Clarkson University and an MBA from Syracuse University.
MILPITAS, CA – SEMI, the industry association serving the global electronics manufacturing and design supply chain, today announced that members of its Supply Chain Management (SCM) Initiative have formed an Industry Advisory Council (IAC), a group of industry leaders that will guide the initiative in its mission to advance an agile and resilient global electronics supply chain. The Council will develop solutions to help SEMI members better withstand supply chain disruptions and make proactive decisions to protect their businesses and supplier networks.
Strategic partners DHL, McKinsey & Company, and Resilinc will work to accelerate and scale the initiative. The Council will establish 2023 priorities and deliverables and convene at least quarterly to ensure the SCM Initiative is on track to fulfill its vision.
Founding members of the SCM Industry Advisory Council:
The IAC will expand to up to 20 member companies across a diverse range of segments and geographies this year. The Council will then form regional councils and working groups to produce tangible solutions.
“Geopolitical, natural and other global electronics supply chain disruptions in recent years have made clear the time is now to better prepare for future crises,” said Bettina Weiss, Chief of Staff and Corporate Strategy at SEMI. “Industry Advisory Council founding members will immediately begin to define priorities, objectives and strategies for the SEMI Supply Chain Management Initiative that lead to actions aimed at strengthening continuity across the entire value chain and supporting semiconductor industry growth.”
“SEMI applauds these industry leaders and their commitment to ensuring that the supply chain is better prepared to seize the tremendous opportunities ahead and minimize the impact of disruptions,” Weiss said.
IAC founding members are committed to working toward the following pillars and objectives:
What founding members and strategic partners have to say
Infineon – Hans Ehm, Senior Principal Supply Chain Management
”Semiconductor supply chains and supply chains containing semiconductors are global. As part of Industry Advisory Council of the SEMI Supply Chain Management Initiative, we have the ability to collectively reduce the bullwhip effect in our supply chains and mitigate future chip shortages in a sustainable way.”
Intel – Mark Liu, Director of Technology Capability
“A transparent semiconductor supply chain is a vital first step towards improved resiliency to ensure our industry’s future growth. The SEMI Supply Chain Management Initiative serves as a critical platform to achieve this objective collectively and collaboratively.”
Resilinc – Bindiya Vakil, CEO and Co-founder
“As a strategic partner to the SEMI Supply Chain Management Initiative, Resilinc looks forward to providing a decade’s worth of supply chain mapping and risk monitoring data to help advance the Council’s mission of creating a more agile and resilient electronics supply chain.”
For more information on the SEMI Supply Chain Management Initiative or to become a member, please contact SCM@semi.org
CRANSTON, RI – AIM Solder, a leading global manufacturer of solder assembly materials for the electronics industry, is pleased to announce the promotion of Oscar Lopez to the position of National Sales Manager of Mexico and Latin America.
Oscar has over twenty-three years’ experience in the electronics manufacturing industry, nearly five of which were spent leading AIM’s sales efforts in Mexico. In this new role, Oscar will also be responsible for coordinating the activities of AIM’s sales force and sales channel partners throughout all Latin America.
“Oscar’s broad experience and proven success within Mexico have earned him this promotion,” said AIM’s David Suraski, Executive Vice President, AMD. “We look forward to the positive impact he will have on AIM’s growing support network in this very important region.”
Oscar can be reached at olopez@aimsolder.com
NEWMAN LAKE, WA – Hentec Industries/RPS Automation, a leading manufacturer of selective soldering, lead tinning and solderability test equipment, is pleased to announce that Kyocera AVX has ordered its fourth Pulsar solderability testing system. The Pulsar utilizes the highly proven dip-and-look test method that is a qualitative type test performed by comparative analysis after specimens are dipped in a bath of flux and molten solder. An advantage of the dip-and-look method is since it is based on comparative analysis it can be performed rapidly by shop floor personnel with minimal training as well as requiring significantly lower capital investment then a wetting balance test system. The Pulsar solderability testing system complies with all applicable solderability test standards including MIL-STD-883 Method 2003, IPC J-STD-002 and MIL-STD-202 Method 208.
TEMPE, AZ – Benchmark Electronics, Inc. (NYSE: BHE), a global provider of engineering, design, and manufacturing services, today released its annual Sustainability Report. The report can be found on the company's website and outlines Benchmark's continued progress on environmental, social and governance (ESG) initiatives, including specific achievements across the company's global presence.
"I am pleased to release Benchmark's second annual Sustainability Report, detailing our ESG efforts and results in 2022 and providing our targets for the future." Jeff Benck, president and CEO, Benchmark. "Further, I am proud that, in 2022, Benchmark received a rating of AA in the MSCI ESG Ratings assessment which we believe recognizes our efforts and commitment to this important set of initiatives."
The report highlights Benchmark's sustainability efforts and achievements over the past year and provides insight into future plans guided by the company's commitment to reduce environmental impact, while increasing social and economic value, and further promoting ethical business practices.
In 2022, Benchmark achieved several key milestones in its ESG/Sustainability mission including maintaining a "Silver Sustainability" rating from EcoVadis. In addition, the company has set ambitious goals for 2023 and beyond related to diversity, equity, and inclusion (DEI) and reducing greenhouse gas (GHG) emissions.
"Benchmark is taking another important step forward this year in setting DEI and climate related targets," said Steve Beaver, senior vice president, general counsel, chief legal officer, and ESG/Sustainability Council Chair for Benchmark. "In doing so, we will be reinforcing our commitment to ESG as a strategic and operational imperative across the organization."
To learn more about Benchmark's sustainability efforts, visit the company website at https://www.bench.com/sustainability
NEW COLUMBIA, PA – Blue M, a global manufacturer of industrial and laboratory ovens, announced the shipment of a burn in oven to the electronics industry.
This burn in oven has a temperature range of 15°C above ambient to 300°C and interior chamber dimensions of 48" W x 25" D x 48" H. The unit is designed with a stainless-steel interior, specially perforated plenum side walls, and 4” of fiberglass insulation to minimize heat loss during operation. Eight (8) mesh trays were included in lieu of the solid trays to optimize airflow distribution around the product.
The exterior dimensions of the oven are 66” W x 37” D x 84” H which saves the customer valuable floor space by requiring a minimal footprint. This unit is customized with removable solid back panels to give the customer the option to add devices or make their own ports in the future. The oven also has the capability for upgraded power components inside the chamber in the event the customer’s application requires the installation of a power source on the oven to power capacitors inside the oven while heating the product.
The burn in oven utilizes horizontal airflow and a Watt Watcher™ airflow system that automatically compensates for load variations caused by wattage dissipation. An airflow switch is also included to shut off the heating elements in the event of a blower system failure. The oven temperature is controlled by a Watlow F4T controller which offers the flexibility of a modular I/O controller, Ethernet connectivity, and an easy-to-use color touch panel with high-resolution, graphical user-interface.
“This burn in oven is specially designed with a removable back so the customer has the option to add devices or make their own ports as needed. Another customizable feature on these ovens is they are designed to be upgraded to power components inside the chamber.”
– Jonathan Young, Blue M Product Manager
Unique features of this Blue M oven include: