100G Super-Channel Transmission over 1,500 kilometers

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We’re taking our 100G Metro farther than ever before. Check out these slides to see how our direct detect technology can transport data over 1,500 kilometers

Technology Business

100G Super-Channel Transmission
over 1500 km of NZ-DSF with 10G
Neighbors
Mohammad Alfiad, Sorin Tibuleac

Direct-Detect 100Gb Solution
Cost comparison
•

Port-density and spectral efficiency are factor 2.5 better for Metro 100G
compared to 10G

•

Break-even for 100G Metro is at ~ 6-7 x 10G

10x10G
Muxponder

Cost per Bit

100G granularity

10G granularity

2x10G
Transponder

10G Ports

2

© 2014 ADVA Optical Networking. All rights reserved. Confidential.

Transmission Set-Up

• 17-TWRS spans:
•

Average length and loss of 88km and 20dB respectively.

• SSMF slope-matched DCF module every 4 spans.
• EDFA only amplification.
The combination of the fiber type and the type of the neighboring channels
represents the worst case scenario in today’s networks for 100G channels

3

© 2014 ADVA Optical Networking. All rights reserved. Confidential.

DWDM Spectrum

• 80 WDM carriers spanning the
full C-band.
•
•

4 x 28G Duobinary subcarriers
76 x 10G OOK.

• 100G super channel in the 1537
Wavelength band.

4

© 2014 ADVA Optical Networking. All rights reserved. Confidential.

Conclusions
• ADVA Optical Networking offers a low-cost, high-performance
100Gb/s solution:
•

This solution is based on using 4x28Gb/s Duobinary carriers with directdetection.

• The high tolerance of this 100G solution to linear impairments has
been confirmed
•
•
•

OSNR requirements that are similar to those of 100G coherent channels
A dispersion tolerance of +500 ps/nm
Negative penalty from the cascade of ROADMs

• The transmission of a 4x28G super-channel is demonstrated over
one of the most challenging link configurations for 100G channel
upgrades:
•
•

Transmission over 1500-km of TWRS fiber in the 1530nm regime.
76x10G OOK channels co-propagated with the 100G channel.

Compared to the coherent 100G solution this solution trades off
spectral-efficiency for lower cost, lower power consumption, lower
latency and a significantly higher tolerance to nonlinear effects
5

© 2014 ADVA Optical Networking. All rights reserved. Confidential.

Scientific Publication out of this Work
• These results has been published in the prestigious “Photonics
Technology Letters” journal.
• For more details on this work and for the exact description of the
transmission setup, please refer to the paper.

6

© 2014 ADVA Optical Networking. All rights reserved. Confidential.

Thank You
info@advaoptical.com

IMPORTANT NOTICE
The content of this presentation is strictly confidential. ADVA Optical Networking is the exclusive owner or licensee of the content, material, and information in this
presentation. Any reproduction, publication or reprint, in whole or in part, is strictly prohibited.
The information in this presentation may not be accurate, complete or up to date, and is provided without warranties or representations of any kind, either express or
implied. ADVA Optical Networking shall not be responsible for and disclaims any liability for any loss or damages, including without
limitation, direct, indirect, incidental, consequential and special damages,
alleged to have been caused by or in connection with using and/or relying on the information contained in this presentation.
Copyright © for the entire content of this presentation: ADVA Optical Networking.

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100G Super-Channel Transmission over 1,500 kilometers

1. 100G Super-Channel Transmission over 1500 km of NZ-DSF with 10G Neighbors Mohammad Alfiad, Sorin Tibuleac

2. Direct-Detect 100Gb Solution Cost comparison • Port-density and spectral efficiency are factor 2.5 better for Metro 100G compared to 10G • Break-even for 100G Metro is at ~ 6-7 x 10G 10x10G Muxponder Cost per Bit 100G granularity 10G granularity 2x10G Transponder 10G Ports 2 © 2014 ADVA Optical Networking. All rights reserved. Confidential.

3. Transmission Set-Up • 17-TWRS spans: • Average length and loss of 88km and 20dB respectively. • SSMF slope-matched DCF module every 4 spans. • EDFA only amplification. The combination of the fiber type and the type of the neighboring channels represents the worst case scenario in today’s networks for 100G channels 3 © 2014 ADVA Optical Networking. All rights reserved. Confidential.

4. DWDM Spectrum • 80 WDM carriers spanning the full C-band. • • 4 x 28G Duobinary subcarriers 76 x 10G OOK. • 100G super channel in the 1537 Wavelength band. 4 © 2014 ADVA Optical Networking. All rights reserved. Confidential.

5. Conclusions • ADVA Optical Networking offers a low-cost, high-performance 100Gb/s solution: • This solution is based on using 4x28Gb/s Duobinary carriers with directdetection. • The high tolerance of this 100G solution to linear impairments has been confirmed • • • OSNR requirements that are similar to those of 100G coherent channels A dispersion tolerance of +500 ps/nm Negative penalty from the cascade of ROADMs • The transmission of a 4x28G super-channel is demonstrated over one of the most challenging link configurations for 100G channel upgrades: • • Transmission over 1500-km of TWRS fiber in the 1530nm regime. 76x10G OOK channels co-propagated with the 100G channel. Compared to the coherent 100G solution this solution trades off spectral-efficiency for lower cost, lower power consumption, lower latency and a significantly higher tolerance to nonlinear effects 5 © 2014 ADVA Optical Networking. All rights reserved. Confidential.

6. Scientific Publication out of this Work • These results has been published in the prestigious “Photonics Technology Letters” journal. • For more details on this work and for the exact description of the transmission setup, please refer to the paper. 6 © 2014 ADVA Optical Networking. All rights reserved. Confidential.

7. Thank You info@advaoptical.com IMPORTANT NOTICE The content of this presentation is strictly confidential. ADVA Optical Networking is the exclusive owner or licensee of the content, material, and information in this presentation. Any reproduction, publication or reprint, in whole or in part, is strictly prohibited. The information in this presentation may not be accurate, complete or up to date, and is provided without warranties or representations of any kind, either express or implied. ADVA Optical Networking shall not be responsible for and disclaims any liability for any loss or damages, including without limitation, direct, indirect, incidental, consequential and special damages, alleged to have been caused by or in connection with using and/or relying on the information contained in this presentation. Copyright © for the entire content of this presentation: ADVA Optical Networking.

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