Skip to main content

The context you need, when you need it

When news breaks, you need to understand what actually matters — and what to do about it. At Vox, our mission to help you make sense of the world has never been more vital. But we can’t do it on our own.

We rely on readers like you to fund our journalism. Will you support our work and become a Vox Member today?

Join now

What is ARM and why is SoftBank spending $32 billion on it?

The company doesn’t make any products on its own, but its designs are used in billions of chips.

ARM CEO Simon Segars
ARM CEO Simon Segars
ARM CEO Simon Segars
| Screenshot by Recode

SoftBank’s $32 billion deal to buy chip designer ARM had many people scratching their heads Monday.

It’s not that ARM isn’t important in tech. Indeed, its processor designs are used by nearly every chipmaker and, by extension, find a place inside nearly every piece of tech from cellphones to hard drives to networking gear.

Rather, it is the fact that the chipmaker is so far removed from SoftBank’s other businesses. The Japanese conglomerate has a wide range of tech holdings, including a controlling interest in Sprint, its own mobile carrier business in Japan and investments in Alibaba, OlaCabs and Snapdeal.

“SoftBank would have been one of the least likely I thought to buy ARM,” said longtime chip analyst Kevin Krewell of Tirias Research. “They are not in the semiconductor business in any significant way.”

Krewell says he suspects that SoftBank looked hard at buying other companies in the chip business and decided that ARM was the strongest play, especially for the very long term.

“ARM has the biggest reach in the semiconductor business,” Krewell said, noting that even arch rival Intel uses its ARM designs in some chips.

It’s worth taking a second to understand how ARM’s business works and what it does.

ARM doesn’t make any products. Not only does it not manufacture chips, it doesn’t even design the ones that are eventually sold.

Rather, it designs the core engines that get built into others’ chips — chips from companies like Qualcomm and Nvidia as well as processors like Apple’s A9 and Samsung’s Exynos.

For its efforts, ARM gets a small license fee from every chip that uses its design. Because it is in so many products, that small license fee adds up to a pretty healthy business. (Its 2015 revenue was nearly one billion British pounds.)

And its sphere of influence is growing, both in terms of the number of chips using its design as well as the kinds of products. Last year nearly 15 billion chips using its designs were sold, up from about six billion in 2010.

Cars, servers and internet-of-things devices are all seen as big expansion areas for ARM chips.

So just what will SoftBank do with ARM?

It’s likely to be business as usual, for now.

As part of the deal, ARM got SoftBank to agree to keep its existing team and strategy in place, including its focus on licensing its chips to partners. SoftBank also agreed that over the next five years ARM would double its employees in the United Kingdom, where it is based, and grow overall headcount as well.

SoftBank may eventually try to get ARM chips into the servers that power its own telecommunications gear, or boost the license fee ARM gets from those that use its designs, Krewell said.

“Over time ARM will have a greater influence,” Krewell said.

Another question is what, if anything, the deal means for how SoftBank manages its big investment in Sprint.

Many see Sprint’s best option as trying to combine with rival T-Mobile US, an effort the two companies have explored in the past.

“The ARM deal doesn’t diminish the strategic value of a [Sprint-T-Mobile] deal in any way,” Chaplin said in a research note. “However, it reduces the amount of cash that SoftBank could commit to the deal, making it marginally more challenging for them to fend off competing offers from Comcast and others (for T-Mobile).”

This article originally appeared on Recode.net.

More in Technology

Podcasts
Are humanoid robots all hype?Are humanoid robots all hype?
Podcast
Podcasts

AI is making them better — but they’re not going to be doing your chores anytime soon.

By Avishay Artsy and Sean Rameswaram
Future Perfect
The old tech that could help stop the next airborne pandemicThe old tech that could help stop the next airborne pandemic
Future Perfect

Glycol vapors, explained.

By Shayna Korol
Future Perfect
Elon Musk could lose his case against OpenAI — and still get what he wantsElon Musk could lose his case against OpenAI — and still get what he wants
Future Perfect

It’s not about who wins. It’s about the dirty laundry you air along the way.

By Sara Herschander
Life
Why banning kids from AI isn’t the answerWhy banning kids from AI isn’t the answer
Life

What kids really need in the age of artificial intelligence.

By Anna North
Culture
Anthropic owes authors $1.5B for pirating work — but the claims process is a Kafkaesque messAnthropic owes authors $1.5B for pirating work — but the claims process is a Kafkaesque mess
Culture

“Your AI monster ate all our work. Now you’re trying to pay us off with this piece of garbage that doesn’t work.”

By Constance Grady
Future Perfect
Some deaf children are hearing again because of a new gene therapySome deaf children are hearing again because of a new gene therapy
Future Perfect

A medical field that almost died is quietly fixing one disease at a time.

By Bryan Walsh