Check out these slides on our OpenFlow demonstration at SC13 with Juniper Networks and University of Michigan, which clearly defines the future of big data transport. the demo reveals how research and education organizations can efficiently scale their networks to effectively transport multiple petabytes of data - something that is critical to collaborative scientific research.

1. The Future of Big Data Transport –
ADVA Optical Networking, Juniper
Networks & University of Michigan
SC13 Demo
November 2013

2. Application-Aware OpenFlow Testbed
2
© 2013 ADVA Optical Networking. All rights reserved. Confidential.

3. Local Network Diagram
3
© 2013 ADVA Optical Networking. All rights reserved. Confidential.

4. Optical Connectivity Options
•
Vendor A
4
Packet-Optical
deployment…
“Alien wave”
DWDM interface
integrated in router
Mixed ended
system
•
Router with
coherent optics at
one end
•
Router
DWDM interface in
transponder
•
Router
•
Router
Grey interface in
router
•
T
X
P
•
•
Router
T
X
P
Traditional
deployment
Router with noncoherent optics at
the other
Router
T
X
P
Router
Vendor B
or noncoherent
© 2013 ADVA Optical Networking. All rights reserved. Confidential.

5. Optical Connectivity Deployed
•
Router
T
X
P
T
X
P
•
Grey interface in
router
•
Router
Traditional
deployment
DWDM interface in
transponder
•
•
Router
Packet-Optical
deployment…
“Alien wave”
DWDM interface
integrated in router
Router
•
Vendor A
5
T
X
P
Router
Vendor B
or noncoherent
© 2013 ADVA Optical Networking. All rights reserved. Confidential.
•
Router with
coherent optics at
one end
•
Router
Mixed ended
system
Router with noncoherent optics at
the other

6. Traditional Network Management
•
Vendor A
Router
Vendor B
or noncoherent
•
Router with
coherent optics at
one end
•
T
X
P
Router
Mixed ended
system
Router with noncoherent optics at
the other
“Alien Wave” demarcation
• Transport Network Manager
manages optical transmission
gear
Layer 1 NM
• Router DWDM optics treated
as an “alien wave” with little
or no visibility of performance
parameters, alarms, current
state etc.
6
© 2013 ADVA Optical Networking. All rights reserved. Confidential.

7. Packet-Optical Network Management
•
Vendor A
•
Transport NM able to manage Router
DWDM optics
•
No longer an “alien wave”, becomes
“virtual transponder”
•
Full visibility of layer 1 performance
parameters, alarms, current state etc.
•
Vendor B
or noncoherent
Able to set optical transmission
parameters such as wavelength, power
etc.
Router with
coherent optics at
one end
Router with noncoherent optics at
the other
Transport Network Manager manages
optical transmission gear
•
Router
•
•
T
X
P
Router
Mixed ended
system
7
Layer 1 NM
© 2013 ADVA Optical Networking. All rights reserved. Confidential.

8. Thank You
info@advaoptical.com