3D In Context View all

Asia May Still Be the Hottest Spot for Advanced Packaging

When the United States and Europe looked to re-shore semiconductor technology, the primary focus was restoring leading-edge manufacturing and creating more resilient supply chains throughout the ecosystem. Eventually, it emerged that nearly all of the leading-edge advanced packaging took place in Asia, and there was minimal packaging capability in either...

SEMI ISS 2025: Ready, Set, Ramp!

The semiconductor industry has been discussing breaching the 1 trillion-dollar mark as it was coming out of COVID-19 and amid a boom year in 2022. The slowdown in 2023 had some resetting the dates for when the industry would crest the 1 trillion mark. The AI boom of 2024 has...

Francoise in 3D View all

Announcing the Winners of the 2025 3D InCites Awards

As advanced interconnect and advanced packaging processes take the helm to drive advancements in next generation semiconductor devices, innovation and collaboration across the microelectronics supply chain becomes more important than ever. So, when the 3D InCites Member Advisory Board reviewed this year’s finalists for the 2025 3D InCites Technology Enablement...
Interconnectology

Interconnectology Saves the World!

In 2007, when I was managing editor at the now defunct Advanced Packaging Magazine, we went out on a limb in our January Industry Forecast to declare, as our cover story: Advanced Packaging Saves the World!  In 2008, we tempered that declaration to Advanced Packaging Drives the Industry! By 2009,...

The 3D InCites Podcast Backtrack – 2024 in Review

Buzzsprout, the platform where the 3D InCites podcast lives, does a cool thing at the end of the year. It provides the podcast backtrack –  a recap of your stats, including the top performing episodes. So we thought we’d share it with you, our listeners and sponsors, to give you...

From Different Dimensions View all

US-JOINT

US-JOINT Consortium: Strengthening Advanced Packaging Innovation Across Borders

As global semiconductor demand continues to surge, international collaboration has become essential for driving technological innovation. The US-JOINT consortium represents a key initiative in fostering cross-border cooperation between Japan and the United States. This groundbreaking collaboration brings together 10 companies- Azimuth Industrial Co. Inc., KLA Corp., Kulicke & Soffa Industries...
Caption: The NY CREATES’ Albany NanoTech Complex is the largest non-profit semiconductor R&D facility of its kind in the nation. (Source: IBM)

Empowering the Future: New York’s Semiconductor Industry Surge

In 2024, New York’s semiconductor industry experienced substantial growth, driven by increased funding from both the U.S. government and the expansion of IBM along with other key industry suppliers. As a result of these recent public and private initiatives, the NY CREATES’ Albany NanoTech Complex—the largest non-profit semiconductor R&D facility...

January Member News: Technology Innovation, Strategic partnerships, Expansion and More

January Member News celebrates major developments in semiconductor technology, strategic partnerships, industry expansions, and workforce growth. Companies introduced cutting-edge packaging, process control, and inspection solutions, while various acquisitions strengthened the U.S. semiconductor supply chain. There were various new hiring opportunities across the industry, upcoming conferences, and notable achievements. Innovation and...

Interconnectology 101 View all

Arizona Advanced Packaging

How Arizona is Growing its Advanced Packaging Capabilities

An inside look at how ASU, local governments, and private sector companies are working together to make Arizona a hub for advanced packaging innovation. The year 2022 was monumental for the semiconductor industry. That year, the Biden-Harris administration committed to making the U.S. a world leader in semiconductor manufacturing by...

What to Know Before Buying an IMAPS Academy Course

If you’re new to the advanced packaging industry, it may have crossed your mind to invest in a professional development course. IMAPS, or the International Microelectronics Assembly and Packaging Society, offers exactly that. Their packaging-specific, IMAPS Academy courses are aimed at promoting a stronger understanding of key parts of the...

Packaging IFTLE View all

UCIe board members

IFTLE 618: UCIe Standard vs. UCIe Advanced vs. UCIe 3

Multi-die systems are driving the need for standardized die-to-die interconnects. Several industry alliances have come together to define such standards: Optical Interface Forum (OIF) – The XSR and USR physical layer specifications optimized for die-to-die connectivity Chips Alliance – The AIB specification which was originally introduced by Intel Open Compute...

IFTLE 617: SK Hynix considers 2.5D packaging business with Amkor

Will TSMC, SK Hynix, and Amkor be an Onshore Source for Nvidia? SK Hynix learned to package its own stacked dynamic random access memories (DRAMs) for high bandwidth memory (HBM) components. According to reports, the company is now considering entering the OSAT market by way of a strategic partnership with...

IFTLE 616: Broadcom eXtreme Dimension System in Package (XDSiP™)

Broadcom has recently announced the availability of its 3.5D eXtreme Dimension System in Package (XDSiP™) platform technology, enabling consumer AI customers to develop next-generation custom accelerators (XPUs). The new platform relies on TSMC’s CoWoS and other advanced packaging technologies. It will allow designers to build system-in-packages (SiPs) of 3D-stacked logic,...
CoWoS technology 9X Reticle - Source TSMC

IFTLE 615: TSMC Evolves CoWoS Technology Promising 9x Reticle Size by 2027

TSMC recently announced at its Open Innovation Platform (OIP) Ecosystem Forum in Europe that its chip-0n-wafer-on=substrate (CoWoS) packaging technology will achieve certification by 2027, introducing a version with 9x reticle size. This will allow twelve HBM4 memory stacks, providing unprecedented performance enhancements for artificial intelligence (AI) and high-performance computing (HPC)...