All 2 min read

KVH Tests 400G between Tokyo and Osaka with Ciena

Japan’s KVH Co. has conducted a field trial for 400 Gbps data transmission between Tokyo and Osaka.

The trial, which began in January, was performed using Ciena’s 6500 Packet-Optical Platform, the same Ciena platform that KVH used when launching Japan’s first commercial 100 Gigabit Ethernet service between Tokyo and Osaka in March 2013.

For this trial, KVH deployed two sets of Ciena 200 Gbps coherent optical transponders equipped with Ciena’s WaveLogic 3 coherent optical processors to test the feasibility of a 400 Gbps transmission over KVH’s existing fiber-optic infrastructure between Tokyo and Osaka. The results of this test confirmed sustained data transmission speeds of 400 Gbps (dual carrier DP-16QAM) across a span of 660km stretching from KVH’s Tokyo network node to Osaka network node. This trial required no signal regeneration and was carried out alongside multiple existing 100 Gbps signals (DP-QPSK) supporting live customer traffic.

“This field trial provided a significant opportunity for KVH and Ciena to collaborate and lead technological advancement in the field of optical networking. The achievement of these networking speeds between Tokyo and Osaka will draw these two key markets even closer and facilitate greater data sharing and collaboration. For KVH, we will continue to be an innovator in the development of Ethernet services, and the success of this trial together with our past experience demonstrates our ability to support 400GE today as a backbone network,” stated Yoshiyuki Hamada, Vice President, Systems and Technology of KVH.

http://www.kvhasia.com/en/

http://www.ciena.com

Share this article

Help others discover this reporting.

Explore More

From the Graveyard

You just read about Ciena. One of the companies whose work it now carries:

Cyan built Packet-optical transport and Blue Planet SDN software. What became of it?

From the Technology Graveyard

You just read about All. A technology from the archive that helped get us here:

Optical Burst Switching (OBS) served from 2000. What ultimately replaced it?

On this day

February 19

From 25 years of the Converge Digest archive.