Mentions

Acacia mentioned data from our Optical Applications report during its calendar first quarter conference call with investors on May 3, 2018. The company referenced our extensive work following the development of the coherent 400G ZR market.

Gazettabyte discovers that Ciena is actively hiring people to staff an Optical Microsystems Division including internal salespeople tasked to secure market footprint.

Lightwave writes about our 2Q18 Optical Application report and changes to the 2018 200G & 400G forecast.

Prior to ECOC 2018 Inphi introduced the industry’s smallest form factor, lowest power and highest performance 64GBaud quad coherent TIA and driver.

Lightwave covers our 1Q18 Optical Application report and documents our boost of the 100G coherent market forecast in 2022.

Ciena references data from the most recent 4Q18 Optical Application report in a blog post that outlines its opinions on how 400G is being deployed.

Acacia mentioned data from our Optical Applications report during its calendar first quarter conference call with investors on May 3, 2018. The company referenced our extensive work following the development of the coherent 400G ZR market.

Fujitsu announced its new 1FINITY T500 and T600 products, adding to its family of compact modular transponders and optical common equipment. The T600 is capable of 600G per wavelength coherent operation using the NTT Electronics DSP.

Inphi announced its 16nm 400Gbps 56GBaud Porrima Single-Lambda PAM4 chip platform. This silicon is required to hit cost points for QSFP56-DD modules that will enable high volume adoption of 400GbE inside data centers.

This was an announcement for Nistica’s new WSS module, code-named Bernoulli, which is designed for use in compact modular optical open line systems. It fits in the size of a CFP2 module and comes in different versions to perform critical monitoring, power balancing, or optical switching functions.

Microsemi (Acquired PMC-Sierra) announced announced a 1.2 Terabit capacity OTN framer/processor chip, no doubt designed to pair with the flood of 1.2T DSPs hitting the market during 2018. The device can support 400GbE clients as well as Flex-E and has onboard encryption.

Nokia announced it’s third generation coherent in-house DSP family. AMopng support for higher modulations and baud rates supporting up to 2x600G transmission, it added probabilistic constellation shaping (PCS) which maximized channel capacity.

Infinera announced that Netflix deployed the Infinera Cloud Xpress 2 to expand their delivery capacity for streaming videos.

Acacia mentioned data from our Optical Applications report during its third-quarter earnings conference call with investors on November 3, 2017. The company highlighted our unique work to measure and forecast demand for 100G+ coherent deployments at the edge of the network.

Inphi mentioned adjusting internal forecasts for 100G port growth during its third-quarter earnings conference call with investors on October 31, 2017.

Infinera published two papers at ECOC 2017 that set new milestones in terms of baud rate (100Gbs) and modulation density (1024 QAM). While these technologies are years away from commercial reality and deployment Infinera is demonstrating a continued commitment to the in-house development of photonic integration and the results it believes this can achieve.

Inphi announces samples of its latest Polaris PAM-4 DSP for inside the data center which. This is the PAM-4 engine that powers optical modules such as 200G QSFP28s and 400G CFP8s running FR8 signaling. The chip also integrates both single and multi-mode laser drivers, further reducing cost.

Semtech and Multiphydemonstrate a single-lambda 100G solution at ECOC for DR4 modulation in a QSFP28. This included a single channel PAM-4 DSP from Multiphy, and modulator driver and TIA from Semtech.

Infinera completed a trans-Atlantic field trial with it’s new XTS-3300, slightly edging out the performance of previous announcements by Ciena and Nokia for trans-Atlantic links.

Infinera announced a major upgrade to its XTM chassis (Transmode acquisition) bringing 200G and 400G uplink capabilities to existing systems already deployed in the field.