Materials

2013 Predictions for 3D ICs as told by Everyone – Part 1

It’s that time of year again when various electronics trade publications invite industry executives to peer into their crystal balls and make their predictions for the coming year. I’ve been perusing through everything from overall industry forecasts by market analysts to suppliers eager to promote their core competencies for 3D...

3DIC Tech Updates

But first, a 3D history lesson thanks to a recent SemiWiki blog post, Hybrids on BeO then, 3D-IC in silicon now, in which blogger Don Dingee recalls lessons learned from working with hybrid microelectronics assemblies, and how they apply in the world of 3D. Calling 3D ICs “the modern version of...

Update on 3D transistors (That “other” 3D)

I always hesitate to cove 3D transistors, because before they came along, I only focused on what I knew to be 3D – ie: 3D stacked packages, 2.5D interposers and 3D ICs. And that was confusing enough. But then along came Intel’s Tri-Gate technology, claiming the 3D moniker as its...

Things are humming along at EV Group

“Keeping busy” doesn’t begin to describe what’s happening at EV Group these days. I sat down with Markus Wimplinger, Corporate Technology Development and IP Director, EVG,  at SEMICON West for a full briefing of the company’s latest corporate and technology developments.  Remaining true to their mission of “invent, innovate, implement”...

C2W Bonding Approaches: Variations on Theme

As chip-to-wafer (C2W) stacking has been identified by most technologists as the best approach to 3D stacking for optimum yields and the ability to stack dies of different sizes — especially in memory/logic stacks — a number of approaches have been or are being developed by various collaboratives.  At IMAPS...

EV Group: Progress on Advanced C2W Bonding

When it comes to 3D chip stacking, chip-to-wafer (C2W) processes have proven to be the way to go for stacking known-good-die (KGD) for best yields, or if the dies being stacked are of different size. Unfortunately, sequential C2W processes have historically been time consuming, achieving low throughput; making it a...

Alchimer in Asia: Things are Cooking

I caught up with Alchimer CEO, Steve Lerner last week at the IWLPC in Santa Clara, to find out how things have progressed since news of Panasonic Investment Partners’ equity investment in the company back in July. It turns out setting up shop in Asia has been a great strategic...

Progress is Progress in the Medical Device World

This was my second year attending the Medical Electronics Symposium, and I’m not sure what I was expecting, but when it came to technology advancements themselves, I noticed that not much exciting has happened since last year. Or maybe I’ve just been spoiled.  Not every year can be about earth-shattering...

Extending Legacy Technologies into the 3D Space

While TSVs technologies make their way out of R&D on to the manufacturing floor, improvements and developments in non-TSV 3D packaging approaches continue to make waves in the industry. It only stands to reason that for companies already involved in high-volume manufacturing either as a supplier, packaging foundry, or licensor...