This is a crosspost from the Infinera boards… comments are most welcome.
Just putting a one more thing together as I compare notes from the last conference call and look for supporting evidence on what Tom and company said they are seeing. Infinera just may be developing a lock in the market for datacenter build outs amongst the ICP players for its Cloud Xpress and DCI. As of the last conference call, about 20-25% of total revenues came from the ICP players. We’ll find out more on how well that share penetration is going in just two days.
From the last conference call: http://seekingalpha.com/article/3611716-infinera-infn-thomas…
Moving now to Metro data center interconnect. We made excellent progress in Q3, materially growing revenue and starting to ship the 100 GigE version of the Cloud Xpress. We now have 14 customers and see a nice pipeline of opportunities on the horizon. Importantly, our largest Cloud Xpress customers have already placed follow-on orders suggesting that the platform is a strategic element of their data center architectures.
Going forward, we expect revenue acceleration attributable to increasing demand for our 100 GigE client interfaces as machine-to-machine traffic is driving data center operators to upgrade their switching infrastructures to support massive bandwidth demand growth. We intend to leverage our time-to-market advantage and technological differentiation to further establish Infinera as the market leader in data center interconnect.
So, what’s driving this demand, why have they witnessed it so far and why are they seeing more of it in their pipeline?
Datacenters: OIDA report reveals disaggregated datacenter roadmap for photonics
http://www.laserfocusworld.com/articles/print/volume-51/issu…
The OIDA report’s intention was to address the emerging topic of the disaggregation of datacenter networks with regard to photonic components. That is, silicon photonics and other optical components are thought to be capable of converting today’s inflexible datacenter network into a more modular system, where motherboard, processor, network interconnects, and even software modules would be interchangeable and standardized such that multiple vendor options could be “plugged in” as separate devices acting independently and easily upgraded for truly scalable datacenter operation.
From the workshop presentations and discussions, several key findings, proposed disaggregated architectures, and gaps/opportunities in datacenter optics were presented and distilled into the OIDA report.
Key findings
The development of efficient silicon photonics and other hybrid or integrated semiconductor and optical architectures has long been the passion of big players like Intel (Santa Clara, CA) and IBM (Armonk, NY) and numerous photonic integrated circuit (PIC) transceiver manufacturers such as Infinera (Sunnyvale, CA) and Luxtera (Carlsbad, CA), and is now part of Facebook’s trajectory with its Open Compute Project (OCP; www.opencompute.org). While details of a disaggregated datacenter differ among the players, all of them agree that fast optical interconnects enable a modular architecture.
Best,
–Kevin