one year of running rediris · alcatel-lucent equipment:1626 light manager rel 5.0a (6.0 update...
TRANSCRIPT
2011 ‐ 2042 : RedIRIS‐NOVA
2
RedIRIS IP Backbone
2x10G
10G
RedIRIS External Connectivity
4TERENA Network Architects Workshop
RedIRIS‐NOVA Optical Equipment Alcatel-Lucent Equipment:1626 Light Manager Rel 5.0A (6.0 update included)
WSS (Wavelength Selective Switch) technology. No O/E/O conversion. 50 Ghz grid spacing: 93 x 10 G / 80 x 40G 10G, 40G and 100G supported. 8-degree ( 7x1) Directionless and colorless support. EDFA and RAMAN amplification Variable Optical Attenuators (VOA) in transponders and amplifiers. Automatic Power Equalization Automatic Pre-emphasis Adjustment User ports ( required by RedIRIS): 10GE, GE and OTN. OSNCP protection 1+1 included. OSC running at 1510nm (4 Mbps) GMPLS support ( version 6.0)
Network Management System: 1350 OMS Rel. 5.0A Optical Network Design Platform - ONDP Rel. 5.0A
5TERENA Network Architects Workshop
100Gbps trial (Nov. 2011)
6
Backbone IP trunk
Backbone IP trunk
Demo TransferSpurious data
TERENA Network Architects Workshop
Optical Services configured (one year running) 77 fiber links lighted ( 3 submarine links)
60 TROADMS colorless and direction less, where: 5-degree -> 4 4-degree -> 11 3-degree -> 8 2-degree -> 33 1-degree -> 4
127 lambdas x 10Gbps currently configured, but: upto 80 lambdas x 10Gbps per link -> 6.160 lambdas x 10Gbps upto 128 in submarine links Protected lambdas: OSNCP 1+1 is configured Flexible and quick process to set up lambdas: as example, a long link with
several bypass TROADMs takes about 20 minutes. but not an easy process ( well-skilled technicians)
7TERENA Network Architects Workshop
10 GE Optical Transport Services Classification:
T1: Primary access to RedIRIS IP backbone T2: Secondary access to RedIRIS IP backbone T3: Support IP regional network backbone T4: Intra-Institutions connectivity ( University inter-campus connections) T5: projects
8TERENA Network Architects Workshop
Spanish Regional Networks
9
E3
IP regional networks supported by RedIRIS-NOVA Optical Service
TERENA Network Architects Workshop
RedIRIS‐NOVA usage enhacements...
10TERENA Network Architects Workshop
GMPLS activation
11TERENA Network Architects Workshop
RedIRIS‐NOVA resources manager
12
Optical Service Monitoring Tool
13
Potencial new public sector customers
14TERENA Network Architects Workshop
FIWATthe Spanish FI‐WARE Test Platform
FIWAT an open platform for new services
16
SMART Home Lab SMART City Lab SMART Biz Lab
FIWAT project aims to provide developers and infrastructure for the promotion of Future Internet services based on the FI‐WARE platform
To be the FI‐WARE testbed Provide a neutral environment for all
developers Easily federated with FI-WARE
testbeds in other countries Capable to support the future
Innovation Lab to run User Cases Trial Projects
To help companies to test and certified services in the Future Internet environment
To connect with real smart cities infraestructures to support services based on real open data
service proposals developed bysmall and medium companies
local developersresearcher and universities developers
big software companies
TERENA Network Architects Workshop
FIWAT : network architecture
Red.esTestbed
configurationmanagement
UPMFI-WARE
development
Sevillanode
Málaganode
. . .management and configuration network
FIWAT is articulated through two parallel networks:An operation network to connect services with real users
Internal management and configuration network for systems administration and service developers
TERENA Network Architects Workshop
FIWAT network on top of RedIRISInternet connection (10G)
UPM node
CICA nodeoperative
10G connection
Sevilla City Council (10G)
Málaga City Council(1G or 10G)
UMA
CIEMAT
CICA
Node connections to RedIRIS-NOVA● Optical circuit● Minimum bandwidth 1G Eth● Redundant connection● At least 2 VLANs per circuit● Internet● Management network
FIWAT platform will be available at least until 2017
TERENA Network Architects Workshop
FIWAT: Arquitectura de nodos de la plataforma
Internet access network
Aggregation switches
Access switches
ServersManagement
switch
Operation and management server
remote access to consoles and power strips
management network
CICA node Sevilla
CC SevillaCC Malaga
TERENA Network Architects Workshop
Physical Distribution of the Platform
20
. .
.
. .
.
Internet
Phase 2 Platform
Router firewall
Management network
TERENA Network Architects Workshop
FI‐WARE GEs: testbed Implementation so far
TERENA Network Architects Workshop 21
INTERNETINTERNET6
RouterREDIRIS
Fiwat01(Router/FW)
VLAN209130.206.192.140/302001:720:400::1000:80/126
130.206.81.32/272001:720:1514:4::/64
Eth0.209.142 :82
FI WARE TESTBED (*.lab.fi ware.eu / *.lab6.fi ware.eu)
Fiwatse01 – Apps
br0.4 ::4 eth0
.34 ::34eth0.35 ::35 eth0
.36 ::36eth0.37 ::37
eth0.38 ::38
Fiwatse02 IoT
br0.5 ::5 eth0
.66 ::66eth0.67 ::67
eth0.68 ::68
Fiwatse04 – I2ND
br0.7 ::7 eth0 eth0
Fiwatse03 DATA
br0.6 ::6 eth0
.98 ::98eth0.99 ::99
eth0.100 ::100
eth0.101 ::101
eth0.102 ::102
eth0.103 ::103
eth0.97 ::97
eth0.104 ::104
Fiwatse05 SEC
br0.8 ::8 eth0
.162 ::162eth0.163 ::163
Fiwatse08 11 CLOUD
br0.11 ::11
Br3:1130.206.80.12001:720:1514:80::12001:720:1514:4::12001:720:1514:5::12001:720:1514:6::12001:720:1514:7::12001:720:1514:8::12001:720:1514:11::1
Br0 .12 ::12Br0 .13 ::13Br0 .14 ::14Br0 .15 ::15
composi onex composi oned appsnserv mediator wirecloud
gwdatahdl1 gwdatahdl2 thingsman
bigdata cep cdvideo loca on qbroker seman casseman can pubsub
datahdl dbanon
eth0.39 ::39
mashupfac
eth0.69 ::69
deviceman
CLOUD VMs130.206.80.192/27
2001:720:1514::110:/64
VMs deployed in the CLOUD130.206.80.224/27
2001:720:1514:111::/64
130.206.81.64/272001:720:1514:5::/64
130.206.81.96/272001:720:1514:6::/64
130.206.81.128/272001:720:1514:7::/64
130.206.81.160/272001:720:1514:8::/64
eth0.164 ::164
secmonitoring
eth0.165 ::165
ossimsiem
eth0.166 ::166
secstorage
eth0.70 ::70
protoadapter
130.206.80.0/272001:720:1514:80::/64
eth0.80.101
cloud
CLOUD PORTAL