5. Availability of SURFnet6
Core
I
Core
II
Core
network
SURFnet
PoP
GigaMAN
ring
GigaMAN
GigaMAN
PoP
PoP
5
6. Availability of SURFnet7
Step 1
Core
I
Core
II
Core
network
SURFnet
PoP
GigaMAN
ring
GigaMAN
PoP
GigaMAN
PoP
6
7. Availability of SURFnet7
Step 2
Core
I
Core
II
Core
network
PoP
1
PoP
2
GigaMAN
ring
GigaMAN
PoP
GigaMAN
PoP
7
8. Connection types SURFnet7
• 1 Gbit/s
1000Base-SX MultiMode 500 meter
1000Base-LX SingleMode 10.000 meter
1000Base-ZX SingleMode 70.000 meter
• 10 Gbit/s
10GBase-SR MultiMode 100 meter
10GBase-LR SingleMode 10.000 meter
2013
• 100 Gbit/s
100GBase-LR4 SingleMode 10.000 meter
8
9. SURFinternet
External IP
connectivity
N* 100 GE N* 100 GE
10 GE
SURFnet7
1 GE
100 GE
9
10. SURF Lightpaths
• From SDH to Carrier Ethernet technology.
• Multiplexing of traffic.
• Low latency optical design.
• New speeds.
• Multiple Lightpath Services using one port.
• To partnering NREN’s via CBF’s and/of via NetherLight,
GLIF or GÉANT.
10
11. One or more services on a single port
• Single Service Port (SSP)
- One service, one port
• Multi Service Port (MSP)
- Multiple network services, one port
- Efficient use of interfaces
SURFinternet SURF-lightpath SURF-lightpath OnDemand lightpath Free 10 Gbit/s
MSP Interface
2 Gbit/s 1 Gbit/s 2 Gbit/s 3 Gbit/s 2 Gbit/s
11
12. Multi Service Port
Connected
Ins@tu@on
SURFnet7
No
extra
Accessible
No
Invoice
equipment
No
Patching
12
15. Example:
Cloud providers Cloud
B
Cloud
A
Cloud
C
SURFnet7
15
16. OnDemand Lightpaths
• Possible to all OnDemand lightpath ports within the
SURFnet7 network (and beyond soon).
• Institutions can activate OnDemand lightpaths to each
other using an MSP
• Also to Cloud providers via NetherLight.
• Offers the same bandwidth, latency, availability etc.
16