LightReading reported on Cisco’s proposed acquisition of Acacia and requested a quote from Cignal AI.
Coherent announcements and roadmaps at the show focused on two themes: lowering the power of coherent technology for use in pluggable applications and increasing baud rates to raise the maximum capacity of a single wavelength beyond 600Gbps. And despite few new ROADM announcements, there was a spirited debate about future ROADM architectures.
Before OFC, Acacia highlighted progress towards bringing the AC1200 optical module and Pico DSP to production with customer field trials of its components in Adva and Cisco equipment.
On November 5th, Andrew Schmitt and Scott Wilkinson traveled to New York for a day of 1:1 meetings with investors and a lunch presentation to a group of investors. Topics included the role compact modular systems would play in shaping operator spending, Chinese spending and technology trends and discussion of the ongoing industry consolidation.
Raymond James released a note summarizing the discussions – some observations are excerpted here:
The transition to the latest coherent WDM technology is underway and its effects are rippling through the optical market. This presentation summarizes the history of the coherent market and outlines the technology’s expected evolution over the next 4 years.
The transition to the latest coherent WDM technology is underway and its effects are rippling through the optical market. It’s time to take a step back and sort out where things are, what worked, who benefitted, and what happens next. In this Active Insight report, Cignal AI outlines several generations of coherent WDM deployments and examines the catalysts and keys to market success for the third generation of coherent.
Andrew Schmitt was invited by Packet Pushers and Scott Wilkinson of ECI to participate in one of its weekly podcasts. While not well known in the service provider world, it is popular among the network engineers of small to large Enterprises. Each podcast has about 10,000 downloads per episode.