+44 (0)24 7671 8970
More publications     •     Advertise with us     •     Contact us
 
Loading...
News Article

CenturyLink and Infinera Deliver 2.5 Tb/s of Super-channel DWDM Capacity at Super Computing 2016

News
Infinera, provider of Intelligent Transport Networks, and CenturyLink have delivered 2.5 Tb/s of super-channel transmission capacity to support SCinet at the International Conference for High Performance Computing, Networking, Storage and Analysis (SC16), in Salt Lake City, Utah.

The 2.5 Tb/s of line-side capacity will connect the Salt Lake City Convention Center to CenturyLink's global fibre optic network, utilising the Infinera DTN-X Family. The multi-terabit deployment demonstrates CenturyLink's rapid provisioning of 100 Gigabit Ethernet (GbE) services from the conference to CenturyLink's point of presence in Salt Lake City and across its national backbone.

"Since 2014, CenturyLink has provided increasing amounts of super-channel transmission capacity to support real-time high-performance computing at this conference," said Pieter Poll, Senior Vice President of Network Planning at CenturyLink. "Providing SCinet with 2.5 terabits of transmission capacity demonstrates the scalability and efficiency of CenturyLink's network and complements the work we are doing with Infinera as we increase capacity on our core network to accommodate all customers. This includes providing the connectivity businesses need to operate efficiently as well as satisfying the communication and entertainment needs of families."

CenturyLink operates a U.S. fibre network with more than 250,000 route miles and an international transport network with more than 350,000 route miles. Through a dedicated network connection, the company delivers 100 GbE Optical Wavelength Service to enterprise customers; research, financial and educational institutions; and internet content providers across the U.S. and in select international cities.

The DTN-X Family is part of the Infinera Intelligent Transport Network, and includes the chassis-based XTC Series and the XT Series. The XTC Series includes the XTC-10, XTC-4, XTC-2 and XTC-2E platforms addressing subsea, long-haul and metro networks. To support SCinet, CenturyLink deployed the DTN-X XT-500, a compact Ethernet transport platform designed for high bandwidth interconnect applications to address regional and long-haul networks. The XT-500 integrates Infinera's PIC technology to deliver high bandwidth in a compact footprint. The XT-500 fits in two rack units of space and delivers 500 gigabits per second (Gb/s) of line-side super-channel bandwidth while supporting a flexible combination of 10 and 100 GbE clients. The XT-500 also provides seamless integration with Infinera's FlexILS line system to support fixed as well as flexible grids to maximise spectral efficiency within wavelength division multiplexing (WDM) networks. In addition, the Infinera Instant Bandwidth technology on the XT-500 allows providers to adopt a cash-flow-efficient business model in which additional bandwidth may be rapidly activated as necessary, without the need to order, install and deploy add-on equipment. The XT-500 is designed to provide high levels of reliability, low space and power consumption and enables network operators to scale bandwidth and accelerate service innovation while simplifying optical network operations.

"We are delighted to work with CenturyLink to provide SCinet the ability to rapidly scale bandwidth and provision services across an Intelligent Transport Network," said Bob Jandro, Infinera's Senior Vice President, Worldwide Sales. "Working with CenturyLink to dynamically deliver multi-terabit capacity using the Infinera DTN-X across their backbone highlights Infinera's role in contributing to one of the largest networks in the U.S."

 

EMCORE announces integration of PICs into its products
Scottish photonics consortium wins £4.7m in UKRI funding
Yuanjie Semiconductor to supply lasers to POET
Fraunhofer IPMS announces government funding for quantum photonic chip
POET Technologies partners with Yuanjie Semiconductor Technology
SiLC announces silicon photonics systems for machine vision
Scientists develop novel optical modulators for integrated photonics
Scientists report integrated photodiodes on TFLN
Coherent wins award for innovative photonics product
FBH to present quantum technology developments at EQTC 2023
Skorpios and FormericaOE demonstrate PICs in 800G optical transceivers
EFFECT Photonics verifies fully integrated InP PIC
NASA awards grant for silicon photonics project
OpenLight and Spark Photonics partner on PIC design services
DustPhotonics announces 800G chip for hyperscale data centres and AI
Lightwave Logic Receives Industry Innovation Award
Imec announces SiGe BiCMOS optical receiver
SiFotonics announces silicon photonics 800G LPO solutions
Rockley Photonics progresses noninvasive biomarker monitoring
MantiSpectra secures €4 million for miniaturised spectrometers
Sivers to demo next-gen laser arrays at ECOC 2023
ASMPT AMICRA and Teramount collaborate on silicon photonics packaging
Quantum Computing Inc. selects Arizona site for photonic chip foundry
German government to fund ams OSRAM optoelectronic semiconductor development
Luceda Photonics introduces new PIC design software
Vodafone explores silicon photonics for future mobile networks
Coherent introduces 1200 mW pump laser module
Photonics startups invited to apply to Luminate NY accelerator
New tool could improve lithography for smaller, faster chips
InP-based lasers surpass 2.2 mm
Indie Semiconductor buys Exalos AG
New technique controls direction and wavelength of emitted heat

×
Search the news archive

To close this popup you can press escape or click the close icon.
Logo
×
Logo
×
Register - Step 1

You may choose to subscribe to the PIC Magazine, the PIC Newsletter, or both. You may also request additional information if required, before submitting your application.


Please subscribe me to:

 

You chose the industry type of "Other"

Please enter the industry that you work in:
Please enter the industry that you work in: