Today’s optical module providers are under tremendous pressure to enable customers with faster connectivity solutions at volume scale. This fall, MACOM announced the industry’s first complete chipset solution for 200G and 400G CWDM optical module providers servicing Cloud Data Center applications.
MACOM showcased its first complete chipset solution for 200G and 400G CWDM optical module providers servicing cloud data centre applications, at this year’s ECOC. It is designed to enable 200G modules at under 4.5W, and 400G modules at under 9W total power consumption, with a fully analogue architecture to ensure low latency and lower cost.
In a previous viewpoint we assessed the evolution of 5G wireless standards and industry expectations for the incremental deployment of 5G infrastructure in the years ahead. Continued forward progress on these fronts brings us ever closer toward a future of breakthrough bandwidth capacity and data delivery speeds.
MACOM has introduced the MAOT-025402 CWDM4 transmitter optical sub-assembly as a part of its laser-integrated silicon photonic integrated circuit (L-PIC) solution for 100Gb/s CWDM4.
In this viewpoint, we offer some predictions for the optical networking domain in 2018, with a special focus on hyperscale data centers, where the pace of innovation is hitting breakthrough strides.
100G optimization and deployment
Divestment to an affiliate of The Carlyle Group in exchange for a minority equity stake in newly-capitalized venture allows MACOM to participate in NewCo’s potential long-term value creation
Macom Technology Solutions has announced what it believes is the industry’s first and only complete chipset for 10Gb/s passive optical network (PON) applications.
The availability of all products from the same supplier will accelerate the deployment of 10G PON systems by make it easier and more cost-effective for customers to integrate the various parts when designing and building optical line terminal (OLT) and optical network unit (ONU) equipment.
Macom Technology Solutions has unveiled what it claims is the industry’s first complete 100G single lambda solution for cloud data centre optical interconnects that promises unprecedented system density at even lower cost per bit.
The availability of a complete set of products from a single supplier will enable customers to quickly and easily integrate those components, and get to market faster with the next-generation of 100G interconnects.
The demand by Cloud Data Centers for faster data delivery speeds at cost-effective prices is growing rapidly. Higher speeds are necessary for Cloud Data Centers to process the current explosion in traffic. Mobile and video use drove data center traffic to 4.7 zettabytes (ZB), or almost five trillion gigabytes (GB), in 2015, and Cloud traffic will hit 14.1ZB in 2020. Cisco predicts that in 2020, 92 percent of Data Center bandwidth will be used by cloud data workloads rather than traditional workloads.
To exploit machine learning and artificial intelligence, optical transmission systems require greater automation, finds Andy Extance
Roshene McCool and Matthew Guinan advise how operators can meet the connectivity distribution and densification challenge
John D'Ambrosia explains how various Ethernet standards developed in IEEE 802.3 over the past decade are enabling a myriad of products to find their way into deployment throughout the Ethernet eco-system
Mathieu Bergont and Francois Couny look at the challenges that come with PIC testing and measurement
Geoff Bennett outlines three myths surrounding optical capacity, and how they can be dispelled
