Broadcom (AVGO) and Qualcomm (QCOM)

(Note:  the company formerly known as Avago agreed to buy Broadcom for $37 billion in mid-2015.  Avago retained its ticker symbol:  AVGO, but took on the Broadcom name.  Hence, the mismatch between name and ticker.  That deal is on the verge of closing now. Presumably AVGO’s recent decision to move its corporate headquarters from Singapore to the US is a condition for approval by Washington.)

AVGO and QCOM

AVGO is a company that has very successfully grown by acquisition (my family and I have owned shares for some time).  Its specialty, as I see it, is to find firms with excellent technology that are somehow unable to make money from either their intellectual property or their processing knowhow.  AVGO straightens them out.

QCOM, a firm I’ve known since the mid-1990s, seems to fit the bill.  The company makes mobile processors for cellphones.  It also collects license fees for allowing others to use its fundamental and important cellphone intellectual property.  QCOM has been in public disputes over the past couple of years with the Chinese government, which has forced lower royalty payments, and with key customer Apple, which is threatening to design out QCOM chips from its future phones.  As I see it, these disputes are the reason the QCOM stock price has stagnated over the recent past.

the offer

AVGO is offering $70 a share in cash and stock for QCOM, a substantial premium to where QCOM shares were trading before rumors of the offer began to circulate.  The current price for QCOM (I’m writing this at around 10:30) of $63.90 suggests that the market has doubts about the chances for AVGO’s success.

Standard tactics would be for QCOM to seek another buyer, one that would keep current management in place.  Since an overly pugnacious management has arguably been QCOM’s main problem, my guess is that a second bidder is unlikely to emerge.

If I were to try to participate in this contest (I don’t think I will), it would be to buy more AVGO.  I believe AVGO’s assertion that the acquisition would be accretive in year one.  So it’s likely to go up if the bid is successful.  If not, downward pressure from arbitrageurs would abate.  On the other hand, I don’t see 10% upside as enough to take the risk QCOM will find a way to derail the bid.  After all, it has already found a way to anger Beijing and 1 Infinite Loop.

TSMC’s 28 nanometer problems: significance

Rumors have been swirling for some time in tech circles about difficulties the Taiwanese foundry, Taiwan Semiconductor Manufacturing Company (TSMC), is having in bringing its latest cutting-edge chip fabrication lines into full production.  The stories were confirmed when QCOM warned in its latest earnings conference call that over the next quarter or two it would be unable to supply customers with all the most advanced chips they wanted. (Interestingly, in its quarterly earnings call, AAPL said it would be unaffected because it isn’t using 28 nm chips.)

Why is this important?

background

1.  For many semiconductor chips, the history of their manufacture is one of constant attempts to make more complex and faster speed, but also smaller, less power-hungry and cooler output.  One of the main ways of accomplishing all but the first of these goals has been to shrink the spacing between the lines of the chip patterns written onto silicon.

2.  A nanometer is a billionth of a meter.   The 28 nanometer spacing that TSMC is having trouble with is, therefore, a distance between lines of 28 billionths of an inch.

3.  About twenty years ago, the foundry–or third-party manufacturing–business began to come into prominence, as several positive factors for that industry converged.  The increasing complexity of semiconductor “fabs” meant that it cost $3 billion to build one.  Even worse, a fab churned out $7+ billion in output, far beyond the sales of all but the largest companies.  At the same time, a generation of ambitious chip designers wanted to break away from stodgier established firms and develop chip designs on their own. Many focused on customizing templates provided by ARM Holdings (ARMH).

4.  The unquestioned leader in the foundry arena is TSMC.

a paradigm shift in the offing?

There are two big integrated semiconductor designer/fabricators left–INTC and Samsung.  Neither is having fabrication problems.  INTC is beginning to produce 22nm chips in volume, and promises 14 nm for 2013.  In addition, it is using a new production technique that it calls “3-D,” that gets an unusually large benefit from its current linewidth shrink.  Most important, in my view, is that the company seems increasingly concerned with providing customers with products they want, rather than just the latest engineering tour de force.

Samsung already provides foundry services to others–it builds many AAPL chips, for example.  And INTC’s mammoth capital spending campaign of 2011-12 has analysts asking–and the company denying–that it intends to offer similar foundry services in the future.

my thoughts

ARMH, which has–with justification–been an immense market outperformer as the one-stop-shopping way to play the mobile device chips that the design firms/foundry model has been churning out.  But the stock (at 55x historic eps) is down about 20% over the past year, a time when INTC shares (12x) is up by 25%.  Over the same period, Samsung Electronics (5930.KS) (15x) is up 50%.

Yes, the issue with ARMH may just be the high PE multiple.  And, yes, Samsung isn’t just chips.  It’s a force in smartphones and dominant in TVs.  And it trades in a market that marches to its own drummer.  But I think the market is saying that the old integrated model has more going for it than the consensus appreciates.  I also think the market is right.

TSMC’s fabrication difficulties may be the trigger that gets a wider group of investors to focus on the change.