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Optical Networking: What to Watch in 2013

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With the next cycle of higher speeds coming around and some networks looking ripe for upgrades, optical networking is hot again. Relatively speaking.

The same business questions still linger: How can suppliers cope when there are too many of them, operating at such low margins (some lower than others)?

We've selected a few topics that will be on the Light Reading radar in 2013. Feel free to add your own on the message boards below. (Hint: We didn't quite get around to adding reconfigurable optical add/drop multiplexers (ROADMs) to the list....)

100G comes of age
We in the media do love toward the glitzy, sci-fi stuff. But 100Gbit/s is likely to drive a lot of business next year. Shipments of coherent 100Gbit/s transceivers tripled in 2012 (from an admittedly small base) and should double again in 2013, according to analyst Andrew Schmitt of Infonetics Research Inc.. "100G continues to surpass even our most optimistic projections," he said in a press release.

More about terabit
Speaking of sci-fi stuff ... 400Gbit/s might be the more practical standard to develop, but 1Tbit/s sure is fun. Prototypes are up and running. OFC/NFOEC, in March, should reveal key milestones from the ongoing research.

The new Nokia Siemens
Marlin Equity Partners is building a new optical networking company, with the Nokia Siemens Networks optical business as a foundation. Many observers don't think it will work out, but it's something the industry has waited years for somebody to try. Now we get to see what happens.

SDN keeps coming
Yes, you're tired of software-defined networking (SDN) invading every tech story, but that won't keep it out of optical. Light Reading has covered some of the work Ping Pan is doing, and his enthusiasm is not just on behalf of his employer, Infinera Corp., but on behalf of the ONF in general.

Similar efforts will continue emerging throughout 2013, we're sure. As the Layer 2 and 3 networks become programmable, the optical network can contribute, too.

Carriers spend again
Maybe. After a year of disappointments, capital expenditures might be rebounding.

Europe, in particular, might be forced to spend. Networks there are running at 65 percent of capacity, up from 40 percent, said Eitan Gertel, president of Finisar Corp., speaking at an MKM Partners conference recently. Maybe in 2013, they will pick up the pace again, economy be damned.

Early signs are encouraging. "We have already seen positive spending announcements from AT&T, Sprint, CenturyLink and Deutsche Telekom. China Mobile has also made positive comments about its 2013 100G optical investment plans," MKM analyst Mike Genovese wrote in a report from that conference.

Infinera's moment of truth
Infinera has proven that its photonic integrated circuit (PIC) technology works, but now the company has to show it's a viable, long-term concern. During 2012, things looked up: Infinera's strategy to abandon 40Gbit/s appears to have paid off, and the new DTN-X is securing new customers including CenturyLink.

But can the business work as well as the technology seems to? Infinera's revenues tend to be jagged, and manufacturing costs make profitability a tightrope walk. Infinera's stock is down about 5 percent on the year, even after a December rally, and very recently, it traded at about half of its end-of-2010 value. The pressure is on for Infinera to prove itself.

— Craig Matsumoto, Managing Editor, Light Reading

Newest Comments First       Display in Chronological Order
chipgeek
User Ranking
Thursday December 27, 2012 2:42:02 PM

Please don't cite a component supplier's (i.e., FNSR) comments about network capacity utilization as a reason for optimism.  It is a meaningless number and he has no real idea anyway. 

sailboat
User Ranking
Thursday December 27, 2012 11:48:47 AM

I wanted to make a point about a story that came up toward the end of last year, about ALU having lower than expected margins on their optical transport sales and this hurt them in market perception.

First, I want to make clear, I have no insider knowledge of any kind.  However, I have worked in the high speed transport space for more than 2 decades.  

So, that being said, one thing I would watch for in 2013 and 2014 is the ALU margins in optical transport.  

Now, agreed, the ALU problems could possibly be for some of or a mix of all of the reasons speculated about in the other thread about ALU margins in optical.  Management, too much overhead, possibly because it is a "French" company (not!), too many competitors, some technology problem, margin pressure due to the much feared "Chinese".... etc.  

OR, it could be that the optical margins for this last year followed a totally normal pattern.  What I mean by this is that the shelves / racks for systems, all the common hardware like ROADM's and EDFA's, etc. that gets installed first when new technologies are rolled out almost always have lower margins.  

This is the same for NSN, Ericsson, ALU, Huawei, and IFN.

Where margins are normally made is on the expansion ports as new line cards are added, new add/drops on ROADMs are activated (again, this leads to more ports or line cards on systme), when new lambda's are lit up after the initial systems are powered up on first installs.  This is classically where all the optical vendors make their margins.  If you could look into first installed optical transport systems revenues in many generations of technology, and break out the numbers, installs of first systems with few line cards on initial install almost always have narrow margins.  

But here is the thing: now the various suppliers, ALU in this case, has the installed base.  The carrier has absorbed a lot of the cost during the install phase with all the common gear.  So the carier can easily slide in new cards to expand.  The carriers are locked into a 5 year capx write off cycle (some do use other time periods for capx write offs).  But if all they need to do is install a new line card and do some software configuration of the ROADm ports, it is relatively straightforward. As line cards are added, carriers margins improve on system investments and it is relatively easy to justify as carriers light up these new lambda's only as demand can pay for it.   The ecomomics of new sytem installs improves for carriers with more line cards at 100g.  

And likewise in these line card additions, the systems OEM's make very nice margins as well.

What I would be watching for is ALU's margins to improve in coming 1-2 years as they start to populate these newly installed systems for 100G with multiple degree ROADMs. ALU has made a lot of design wins as one of the leading suppliers of 100g platforms (of course there are others with their own design wins... ).  iF ALU can manage the business properly, and this follows normal cyclical carrier new systems roll out and implementation, then ALU should have expanding margins in coming several quarters in optical transport.  Given the pressures to devilver more bandwidth for both access and wireless transport (backhaul and interconnection to the internet) along with high bandwidth cloud services and massive data centers like Google and Amazon and Facebook; I would expect that carriers will need to continue to rapidly expand transport capacity, so this could be a good news story for optical margins for those who have won the systems platform installs for next wave of network growth (those who have won the 100g platforms including Ciena, ALU, Huawei, IFN, and a few others.). 

 

(NOTE: for the IFN followers: this is one of the several reasons IFN had lower margins in some relatively big quarters, new systems going in.... and one of the reaons IFN has higher margins in other quarters... new line cards going into already installed platforms bring higher margins: watching this trend, and understanding this cycle, is key to understanding IFN stock performance  Everyone is waiting to see can IFN ride the large and growing installed base and light up more banks of channels in those already installed systems and make better revenues and margins.  There simply has not been enough time to see if IFN can really make it happen.)

So for 2013, watch those margin numbers in optical transport.  If they go up, then ALU did the right thing in winning platform installs and locking up the foot print.  Even if they had to leverage this with lower margins for thos platform wins.  If they did it correctly, the could see expanding margins on the horizon in optical transport.  If they did it incorrectly and are unable to capitalize on thier large installed base (they have a lot of wins in 100G as stated previously), then they are in big big trouble.

No predictions.  Just something to watch for.  And to watch for additional platform wins. The platform wars for foot print in 100g are not quite fully settled, but I expect them to be in the next 24 months or so.  

sailboat

onto 400G!  and 1gig to every user including wireless!  

The blogs and comments are the opinions only of the writers and do not reflect the views of Light Reading. They are no substitute for your own research and should not be relied upon for trading or any other purpose.