A 2nm-capable wafer fab will include a $28 billion tag, as much as 50% extra costly than 3nm

A 2nm-capable wafer fab will include a $28 billion tag, as much as 50% extra costly than 3nm

Last updated 9 month ago

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A 2nm-capable wafer fab will include a $28 billion tag, as much as 50% extra costly than 3nm



That is not a typo: a 2nm-capable fab should cost around $28 billion. In fact, prices throughout the 2nm development and manufacturing process might be elevated as the gear might be greater complex and the skills wished can be extra steeply-priced. One saving grace might be AI-enabled EDA gear that may streamline approaches and help reduce costs.

A 2nm-capable semiconductor fabrication plant that has a potential of fifty,000 wafer starts offevolved according to month, or WSPM, will cost round $28 billion, in keeping with consulting corporation IBS. That is $8 billion extra than the price for a 3nm fab and just one illustration of the exponentially better charges that firms can assume as the enterprise moves to the next generation of chips.

To be unique, 2nm chip prices will rise around 50% in comparison to 3nm processors, IBS says, meaning that organizations including Apple will have to spend $30,000 to process a unmarried 300mm wafer the use of TSMC's N2 fabrication method whilst it's far added in the following couple of years. Possibly, though, there's a few wiggle room in those numbers, doubtlessly bringing down the predicted excessive cost of those chips.

There are in truth numerous techniques that semiconductor organizations can take and an array of layout decisions they are able to make at some point of the pre-production, construction, and operations phases in an effort to materially modify the very last price of the fab.

Also examine: How CPUs are Designed and Built

To be sure, the prices of chip development are not anything to scoff at. Software improvement by myself money owed for $314 million and verification is some other $154 million, IBS figures show. Also, designing chips on the 2nm node calls for specialised skills, which is in short deliver. Then there's additionally the improved use of photolithography, a manner used to create the patterns on a chip's surface.

The smaller the capabilities on a chip, the extra unique the photolithography method wishes to be, consequently driving up the price of the system and the materials used in the procedure. And that 2nm-succesful fab on the way to clock in at $28 billion? Driving the $eight billion fee differential is the accelerated variety of EUV litho tools required to keep a 50,000 WSPM potential.

But even IBS acknowledges that there are nuances in the back of such figures and the evolving landscape of chip layout. It has anticipated that it may fee a business enterprise $725 million to construct a vast 2nm chip from scratch. But this is with the aid of a employer with out pre-existing highbrow belongings and the reality is many semiconductor corporations, mainly startups, pursue extra green techniques.

IBS additionally points out that the function of AI-enabled EDA tools is becoming increasingly vital in chip layout, streamlining processes and lowering expenses by way of automating complicated layout strategies and optimizing chip overall performance.

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