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{{Portal|Network}}
{{Portal|Network}}
{{Status|Approved}}
{{Portal|User}}
{{Maintainer|Sebastien Badia}}
{{Maintainer|Lucas Nussbaum}}
{{Template:Site link|Network}}
{{Template:Site link|Network}}
__NOEDITSECTION__
__NOEDITSECTION__


=Grid'5000 Backbone Network Infrastructure=
[[Image:Logo RENATER.png|150px|left]]
[[Image:renater5.jpg|251px|right|thumbnail|Renater's WDM infrastructure]]
Grid'5000 backbone network infrastructure is provided by '''[http://www.renater.fr RENATER]'''. '''RENATER''' is the French National Telecommunication Network for Technology, Education and Research. More information can be found on [http://www.renater.fr renater.fr].




'''[http://www.renater.fr RENATER]''' offers about 30 POPs (Points Of Presence) in France, at least one POP for each region, which metropolitan and regional networks are connected on.
More than 600 sites (Universities, Research Centers, ..) are interconnected through '''[http://www.renater.fr RENATER]'''.


The actual phase of the network is '''RENATER-5''', the deployment has been completed by January 2009.
=Introduction and other useful pages=
This page provides an overview of Grid'5000 network infrastructure. Other pages are useful:
* [[Status#Network_Monitoring|'''Network monitoring section of the Status page''']]


The "standard" architecture is based on '''10Gbit/s''' dark fibers and provides IP transit connectivity, interconnection with GEANT-2 (http://www.geant2.net/), overseas territories and the SFINX (Global Internet exchange).
=Grid'5000 Network Infrastructure=
==Backbone Network==


For more information on the Grid5000 Backbone Network Architecture, please check the [[Network_interlink]] page.
[[Image:Logo RENATER.png|150px|left]]
Grid'5000 backbone network infrastructure is provided by '''[http://www.renater.fr RENATER]'''. '''RENATER''' is the French National Telecommunication Network for Technology, Education and Research. More information can be found on [http://www.renater.fr renater.fr]. '''[http://www.renater.fr RENATER]''' offers about 30 POPs (Points Of Presence) in France, at least one POP for each region, which metropolitan and regional networks are connected on. More than 600 sites (Universities, Research Centers, ..) are interconnected through '''[http://www.renater.fr RENATER]'''.


==Grid5000 Project==
[[Image:renater5.jpg|251px|thumbnail|Renater's WDM infrastructure]]
[[Image:renater5-g5k.jpg|250px|right|thumbnail|10Gbps lambda activated for Grid'5000 in Renater's Dark Fiber infrastructure]]
[[Image:renater5-g5k.jpg|250px|thumbnail|10Gbps lambda activated for Grid'5000 in Renater's Dark Fiber infrastructure]]
[[Image:Schema_Backbone.png|251px|right|thumbnail|Grid5000 IP Network]]
[[Image:Schema_Backbone.png|251px|thumbnail|Grid5000 IP Network]]
=== Original Design : EoMPLS tunnels ===


The initial design of Grid'5000 sites interconnection has been adressed within the RENATER backbone using a Ethernet Over MPLS (EoMPLS) solution. It used to be full mesh topology based on MPLS tunnels (LSPs) established between the RENATER PoPs on which are connected the Grid'5000 sites. Sites were interconnected through 1Gbit/s VLANs.


=== Current design : Dark Fibre ===
The actual phase of the network is '''RENATER-5''', the deployment has been completed by January 2009.
 
The "standard" architecture is based on '''10Gbit/s''' dark fibers and provides IP transit connectivity, interconnection with GEANT-2 (http://www.geant2.net/), overseas territories and the SFINX (Global Internet exchange).
RENATER-4 introduced a dark fibre infrastructure allowing to allocate dedicated 10Gbit/s "lambdas" for specific research projects. It also provides interconnection with GEANT-2 (see picture above), with increased capacity compared to GEANT-1 and dedicated interconnection for projects. RENATER-5 has enhanced the dark fiber infrastructure and all Grid'5000 sites are now connected to it.


Grid'5000 sites see each others inside the same VLAN at 10Gbps. A few few bottleneck still exists, like the Lyon to Paris link, where the 10Gbps are shared between all the sites above Lyon and all the sites under Lyon.


Please check [[Renater5]] for more information on the current network topology.


=== Monitoring and Metrology ===
All Grid'5000 sites (with the exception of Reims and Nantes) are connected to dedicated 10Gbit/s ''lambdas'' on a DWDM infrastructure (see [http://en.wikipedia.org/wiki/Wavelength-division_multiplexing Wikipedia: Wavelength-division Multiplexing] for more info).


You can find the monitoring and metrology (SNMP Graphs, Smokeping, Weathermap...) performed on Grid5000 by Renater and the Grid5000 staff on the [[Network_interlink#Monitoring]] section.
Reims and Nantes are connected using an L2 VPN.


=== International Extensions ===


We share a direct connection with the following networks :


* [http://www.cs.vu.nl/das3/index.shtml DAS-3], more information is available on [[DAS3-Grid5000]]
==Grid'5000 sites networks==
* [http://www.naregi.org NAREGI], more information is available on [[Naregi-Grid5000]]
 
= Grid'5000 Sites =
 
Each local network topology is different. More information is available to our users on the following pages of the Wiki :


Grid'5000 sites provide access to a variety of network technologies (both Ethernet and high-performance networks such as InfiniBand).
More information is available on the following pages:
* [[Bordeaux:Network|Bordeaux]]
* [[Bordeaux:Network|Bordeaux]]
* [[Grenoble:Network|Grenoble]]
* [[Grenoble:Network|Grenoble]]
Line 56: Line 44:
* [[Lyon:Network|Lyon]]
* [[Lyon:Network|Lyon]]
* [[Nancy:Network|Nancy]]
* [[Nancy:Network|Nancy]]
* [[Orsay:Network|Orsay]]
* [[Nantes:Network|Nantes]]
* [[Reims:Network|Reims]]
* [[Reims:Network|Reims]]
* [[Rennes:Network|Rennes]]
* [[Rennes:Network|Rennes]]
* [[Sophia:Network|Sophia-Antipolis]]
* [[Sophia:Network|Sophia]]
* [[Toulouse:Network|Toulouse]]
* [[Toulouse:Network|Toulouse]]


== High Speed Networks==
The list of high performance networks is available on [[Special:G5KHardware#High_performance_network_families|this page]].
 
=Address space for virtual machines=
Grid'5000 has two different mechanisms to provide IP addresses to virtual machines: subnet reservation and KaVLAN.
* '''Subnet reservation''' provides a mean to allocate IP addresses in the production (= default) network. This provides a way to avoid conflicts between users, but does not provide isolation: all machines are still in the same L2 network. Subnet reservation is documented in the [[Virtual_machines_on_the_production_environment]] tutorial, and on the [[Subnet_reservation]] page.
* '''KaVLAN''' provides network isolation through dynamic switches and routers reconfiguration, for the duration of an experiment. Inside a KaVLAN network, users are free to allocate IP addresses as needed. However, some IP ranges are routed to/from the KaVLAN network. KaVLAN is documented in the [[Deploying_OpenStack_using_KaVLAN]] tutorial (which provides an introduction to KaVLAN), in the [[Network_isolation_on_Grid%275000]] tutorial (which is a more advanced KaVLAN tutorial), and on the [[KaVLAN]] page.
 
=Tables of available IP networks=
== Production network and subnet reservation ==
{|
|- style="background-color: #cccccc; border:1px solid #c9c9c9;"
! Site        !! State !! Production network                        !! Administration network                  !! High Perf network (ib/mx)                    !! Kavlan network                        !! Virtualization
|-
| Bordeaux    || {{Yes}} || <code class="host">172.16.0.0/20</code>  || <code class="host">172.17.0.0/20</code>  || <code class="host">172.18.0.0/20</code>  || <code class="host">10.0.0.0/14</code> || <code class="host">10.128.0.0/14</code>
|-
| Grenoble    || {{Yes}} || <code class="host">172.16.16.0/20</code>  || <code class="host">172.17.16.0/20</code> || <code class="host">172.18.16.0/20</code> || <code class="host">10.4.0.0/14</code> || <code class="host">10.132.0.0/14</code>
|-
| Lille        || {{Yes}} || <code class="host">172.16.32.0/20</code>  || <code class="host">172.17.32.0/20</code> || <code class="host">172.18.32.0/20</code> || <code class="host">10.8.0.0/14</code> || <code class="host">10.136.0.0/14</code>
|-
| Lyon        || {{Yes}} || <code class="host">172.16.48.0/20</code>  || <code class="host">172.17.48.0/20</code> || <code class="host">172.18.48.0/20</code> || <code class="host">10.12.0.0/14</code> || <code class="host">10.140.0.0/14</code>
|-
| Nancy        ||  {{Yes}} || <code class="host">172.16.64.0/20</code>  || <code class="host">172.17.64.0/20</code> || <code class="host">172.18.64.0/20</code> || <code class="host">10.16.0.0/14</code> || <code class="host">10.144.0.0/14</code>
|-
| <s>Orsay</s>        || {{No}} || <code class="host">172.16.80.0/20</code>  || <code class="host">172.17.80.0/20</code> || <code class="host">172.18.80.0/20</code> || <code class="host">10.20.0.0/14</code> || <code class="host">10.148.0.0/14</code> + <code class="host">10.152.0.0/14</code>
|-
| Rennes      || {{Yes}} || <code class="host">172.16.96.0/20</code>  || <code class="host">172.17.96.0/20</code> || <code class="host">172.18.96.0/20</code> || <code class="host">10.24.0.0/14</code> || <code class="host">10.156.0.0/14</code>
|-
| Toulouse    || {{Yes}} || <code class="host">172.16.112.0/20</code> || <code class="host">172.17.112.0/20</code> || <code class="host">172.18.112.0/20</code> || <code class="host">10.28.0.0/14</code> || <code class="host">10.160.0.0/14</code>
|-
| Sophia      || {{Yes}} || <code class="host">172.16.128.0/20</code> || <code class="host">172.17.128.0/20</code> || <code class="host">172.18.128.0/20</code> || <code class="host">10.32.0.0/14</code> || <code class="host">10.164.0.0/14</code>
|-
| Reims        ||{{Yes}} || <code class="host">172.16.160.0/20</code> || <code class="host">172.17.160.0/20</code> || <code class="host">172.18.160.0/20</code> || <code class="host">10.36.0.0/14</code> || <code class="host">10.168.0.0/14</code>
|-
| Luxembourg  || {{Yes}} || <code class="host">172.16.176.0/20</code> || <code class="host">172.17.176.0/20</code> || <code class="host">172.18.176.0/20</code> || <code class="host">10.40.0.0/14</code> || <code class="host">10.172.0.0/14</code>
|-
| Nantes || {{No}} || <code class="host">172.16.192.0/20</code> || <code class="host">172.17.192.0/20</code> || <code class="host">172.18.192.0/20</code> || <code class="host">10.44.0.0/14</code> || <code class="host">10.176.0.0/14</code>
|-
| <s>Orléans</s>      || {{No}} || <code class="host">172.16.208.0/20</code> || <code class="host">172.17.208.0/20</code> || <code class="host">172.18.208.0/20</code> ||
|-
| Qualification || {{Yes}} || <code class="host">172.16.240.0/20</code> || <code class="host">172.17.240.0/20</code> || <code class="host">172.18.240.0/20</code> || || <code class="host">10.252.0.0/14</code>
|}
 
== KaVLAN ==
=== KaVLAN deployment status ===
{| class="checks" style="width: auto;"
! class="left" |Sites
! Version
! Status
|-
| class="left" |[[Bordeaux:Home|Bordeaux]]
|
| {{No}}
|-
| class="left" |[[Grenoble:Home|Grenoble]]
| 1.1.15-1
| {{Yes}}
|-
| class="left" |[[Lille:Home|Lille]]
| 1.1.14-1
| {{Yes}}
|-
| class="left" |[[Luxembourg:Home|Luxembourg]]
| 1.1.14-1
| {{Yes}}
|-
| class="left" |[[Lyon:Home|Lyon]]
| 1.1.14-1
| {{Yes}}
|-
| class="left" |[[Nancy:Home|Nancy]]
| 1.1.16-1
| {{Yes}}
|-
| class="left" |[[Nantes:Home|Nantes]]
|
| {{No}}
|-
| class="left" |[[Reims:Home|Reims]]
| 1.1.14-1
| {{Inprogress}} (global doesn't work -- {{Bug|4634}})
|-
| class="left" |[[Rennes:Home|Rennes]]
| 1.1.14-1
| [[Image:Check.png]]
|-
| class="left" |[[Sophia:Home|Sophia]]
| 1.1.14-1
| {{Yes}}
|-
| class="left" |[[Toulouse:Home|Toulouse]]
| 1.1.15-1
| {{Yes}}
|}
 
=== KaVLAN networks ===
==== Non-routed local Vlans ====
{|
|- style="background-color: #cccccc; border:1px solid #c9c9c9;"
! Site        !! KAVLAN-1 !! KAVLAN-2 !! KAVLAN-3
|-
| All    || <code class="host">192.168.192.0/20</code> || <code class="host">192.168.208.0/20</code>  || <code class="host">192.168.224.0/20</code> 
|}
 
==== Routed Local Vlans ====
{|
|- style="background-color: #cccccc; border:1px solid #c9c9c9;"
! Site        !! KAVLAN-4 !! KAVLAN-5 !! KAVLAN-6 !! KAVLAN-7 !! KAVLAN-8 !! KAVLAN-9
|-
| Bordeaux    || <code class="host">10.0.0.0/18</code> || <code class="host">10.0.64.0/18</code>  || <code class="host">10.0.128.0/18</code>  || <code class="host">10.0.192.0/18</code>  || <code class="host">10.1.0.0/18</code>  || <code class="host">10.1.64.0/18</code>
|-
| Grenoble    || <code class="host">10.4.0.0/18</code> || <code class="host">10.4.64.0/18</code>  || <code class="host">10.4.128.0/18</code>  || <code class="host">10.4.192.0/18</code>  || <code class="host">10.5.0.0/18</code>  || <code class="host">10.5.64.0/18</code>
|-
| Lille        || <code class="host">10.8.0.0/18</code> || <code class="host">10.8.64.0/18</code>  || <code class="host">10.8.128.0/18</code>  || <code class="host">10.8.192.0/18</code>  || <code class="host">10.9.0.0/18</code>  || <code class="host">10.9.64.0/18</code>
|-
| Lyon        || <code class="host">10.12.0.0/18</code> || <code class="host">10.12.64.0/18</code>  || <code class="host">10.12.128.0/18</code>  || <code class="host">10.12.192.0/18</code>  || <code class="host">10.13.0.0/18</code>  || <code class="host">10.13.64.0/18</code>
|-
| Nancy        || <code class="host">10.16.0.0/18</code> || <code class="host">10.16.64.0/18</code>  || <code class="host">10.16.128.0/18</code>  || <code class="host">10.16.192.0/18</code>  || <code class="host">10.17.0.0/18</code>  || <code class="host">10.17.64.0/18</code>
|-
| Orsay        || <code class="host">10.20.0.0/18</code> || <code class="host">10.20.64.0/18</code>  || <code class="host">10.20.128.0/18</code>  || <code class="host">10.20.192.0/18</code>  || <code class="host">10.21.0.0/18</code>  || <code class="host">10.21.64.0/18</code>
|-
| Rennes      || <code class="host">10.24.0.0/18</code> || <code class="host">10.24.64.0/18</code>  || <code class="host">10.24.128.0/18</code>  || <code class="host">10.24.192.0/18</code>  || <code class="host">10.25.0.0/18</code>  || <code class="host">10.25.64.0/18</code>
|-
| Toulouse    || <code class="host">10.28.0.0/18</code> || <code class="host">10.28.64.0/18</code>  || <code class="host">10.28.128.0/18</code>  || <code class="host">10.28.192.0/18</code>  || <code class="host">10.29.0.0/18</code>  || <code class="host">10.29.64.0/18</code>
|-
| Sophia      || <code class="host">10.32.0.0/18</code> || <code class="host">10.32.64.0/18</code>  || <code class="host">10.32.128.0/18</code>  || <code class="host">10.32.192.0/18</code>  || <code class="host">10.33.0.0/18</code>  || <code class="host">10.33.64.0/18</code>
|-
| Reims        || <code class="host">10.36.0.0/18</code> || <code class="host">10.36.64.0/18</code>  || <code class="host">10.36.128.0/18</code>  || <code class="host">10.36.192.0/18</code>  || <code class="host">10.37.0.0/18</code>  || <code class="host">10.37.64.0/18</code>
|-
| Luxembourg  || <code class="host">10.40.0.0/18</code> || <code class="host">10.40.64.0/18</code>  || <code class="host">10.40.128.0/18</code>  || <code class="host">10.40.192.0/18</code>  || <code class="host">10.41.0.0/18</code>  || <code class="host">10.41.64.0/18</code>
|-
| Nantes || <code class="host">10.44.0.0/18</code> || <code class="host">10.44.64.0/18</code>  || <code class="host">10.44.128.0/18</code>  || <code class="host">10.44.192.0/18</code>  || <code class="host">10.45.0.0/18</code>  || <code class="host">10.45.64.0/18</code>
|}
 
==== Global Vlans ====
{|
|- style="background-color: #cccccc; border:1px solid #c9c9c9;"
! Site        !! Global Vlan !! Subnet !! Router IP
|-
| Bordeaux    || <code class="host">KAVLAN-10</code> || <code class="host">10.3.192.0/18</code>  || <code class="host">10.3.255.254</code>
|-
| Grenoble    || <code class="host">KAVLAN-11</code> || <code class="host">10.7.192.0/18</code>  || <code class="host">10.7.255.254</code>
|-
| Lille        || <code class="host">KAVLAN-12</code> || <code class="host">10.11.192.0/18</code>  || <code class="host">10.11.255.254</code>
|-
| Lyon        || <code class="host">KAVLAN-13</code> || <code class="host">10.15.192.0/18</code>  || <code class="host">10.15.255.254</code>
|-
| Nancy        || <code class="host">KAVLAN-14</code> || <code class="host">10.19.192.0/18</code>  || <code class="host">10.19.255.254</code>
|-
| Orsay        || <code class="host">KAVLAN-15</code> || <code class="host">10.23.192.0/18</code>  || <code class="host">10.23.255.254</code>
|-
| Rennes      || <code class="host">KAVLAN-16</code> || <code class="host">10.27.192.0/18</code>  || <code class="host">10.27.255.254</code>
|-
| Toulouse    || <code class="host">KAVLAN-17</code> || <code class="host">10.31.192.0/18</code>  || <code class="host">10.31.255.254</code>
|-
| Sophia      || <code class="host">KAVLAN-18</code> || <code class="host">10.35.192.0/18</code>  || <code class="host">10.35.255.254</code>
|-
| Reims        || <code class="host">KAVLAN-19</code> || <code class="host">10.39.192.0/18</code>  || <code class="host">10.39.255.254</code>
|-
| Luxembourg  || <code class="host">KAVLAN-20</code> || <code class="host">10.43.192.0/18</code>  || <code class="host">10.43.255.254</code>
|-
| Nantes || <code class="host">KAVLAN-21</code> || <code class="host">10.47.192.0/18</code>  || <code class="host">10.47.255.254</code>
|}


Grid'5000 features both Myrinet and Infiniband network infrastructures. Grid5000 users may check the different cards available on [[Special:G5KHardware#High_performance_network_families|this page]].
===== Nodes assignments in global VLANs =====
* Global vlan is a /18 (16382 hosts), so every site have one /23 (510 ip) in the global vlan.
* Example for the global vlan of Lille 712 (10.11.192.0/18), other example nancy bind config (nancy.db)
** Bordeaux: <code class='host'>10.11.192.1</code> → <code class='host'>10.11.193.254</code>
** Grenoble: <code class='host'>10.11.194.1</code> → <code class='host'>10.11.195.254</code>
** Lille: <code class='host'>10.11.196.1</code> → <code class='host'>10.11.197.254</code>
** Lyon: <code class='host'>10.11.198.1</code> → <code class='host'>10.11.199.254</code>
** Nancy: <code class='host'>10.11.200.1</code> → <code class='host'>10.11.201.254</code>
** Orsay: <code class='host'>10.11.202.1</code> → <code class='host'>10.11.203.254</code>
** Rennes: <code class='host'>10.11.204.1</code> → <code class='host'>10.11.205.254</code>
** Toulouse: <code class='host'>10.11.206.1</code> → <code class='host'>10.11.207.254</code>
** Sophia: <code class='host'>10.11.208.1</code> → <code class='host'>10.11.209.254</code>
** Reims: <code class='host'>10.11.210.1</code> → <code class='host'>10.11.211.254</code>
** Luxembourg: <code class='host'>10.11.212.1</code> → <code class='host'>10.11.213.254</code>
** Nantes: <code class='host'>10.11.214.1</code> → <code class='host'>10.11.215.254</code>

Revision as of 09:48, 24 June 2013

Network: Global | Grenoble | Lille | Luxembourg | Lyon | Nancy | Nantes | Rennes | Sophia | Strasbourg | Toulouse



Introduction and other useful pages

This page provides an overview of Grid'5000 network infrastructure. Other pages are useful:

Grid'5000 Network Infrastructure

Backbone Network

Logo RENATER.png

Grid'5000 backbone network infrastructure is provided by RENATER. RENATER is the French National Telecommunication Network for Technology, Education and Research. More information can be found on renater.fr. RENATER offers about 30 POPs (Points Of Presence) in France, at least one POP for each region, which metropolitan and regional networks are connected on. More than 600 sites (Universities, Research Centers, ..) are interconnected through RENATER.

Renater's WDM infrastructure
10Gbps lambda activated for Grid'5000 in Renater's Dark Fiber infrastructure
Grid5000 IP Network


The actual phase of the network is RENATER-5, the deployment has been completed by January 2009. The "standard" architecture is based on 10Gbit/s dark fibers and provides IP transit connectivity, interconnection with GEANT-2 (http://www.geant2.net/), overseas territories and the SFINX (Global Internet exchange).


All Grid'5000 sites (with the exception of Reims and Nantes) are connected to dedicated 10Gbit/s lambdas on a DWDM infrastructure (see Wikipedia: Wavelength-division Multiplexing for more info).

Reims and Nantes are connected using an L2 VPN.


Grid'5000 sites networks

Grid'5000 sites provide access to a variety of network technologies (both Ethernet and high-performance networks such as InfiniBand). More information is available on the following pages:

The list of high performance networks is available on this page.

Address space for virtual machines

Grid'5000 has two different mechanisms to provide IP addresses to virtual machines: subnet reservation and KaVLAN.

  • Subnet reservation provides a mean to allocate IP addresses in the production (= default) network. This provides a way to avoid conflicts between users, but does not provide isolation: all machines are still in the same L2 network. Subnet reservation is documented in the Virtual_machines_on_the_production_environment tutorial, and on the Subnet_reservation page.
  • KaVLAN provides network isolation through dynamic switches and routers reconfiguration, for the duration of an experiment. Inside a KaVLAN network, users are free to allocate IP addresses as needed. However, some IP ranges are routed to/from the KaVLAN network. KaVLAN is documented in the Deploying_OpenStack_using_KaVLAN tutorial (which provides an introduction to KaVLAN), in the Network_isolation_on_Grid'5000 tutorial (which is a more advanced KaVLAN tutorial), and on the KaVLAN page.

Tables of available IP networks

Production network and subnet reservation

Site State Production network Administration network High Perf network (ib/mx) Kavlan network Virtualization
Bordeaux Check.png 172.16.0.0/20 172.17.0.0/20 172.18.0.0/20 10.0.0.0/14 10.128.0.0/14
Grenoble Check.png 172.16.16.0/20 172.17.16.0/20 172.18.16.0/20 10.4.0.0/14 10.132.0.0/14
Lille Check.png 172.16.32.0/20 172.17.32.0/20 172.18.32.0/20 10.8.0.0/14 10.136.0.0/14
Lyon Check.png 172.16.48.0/20 172.17.48.0/20 172.18.48.0/20 10.12.0.0/14 10.140.0.0/14
Nancy Check.png 172.16.64.0/20 172.17.64.0/20 172.18.64.0/20 10.16.0.0/14 10.144.0.0/14
Orsay Fail.png 172.16.80.0/20 172.17.80.0/20 172.18.80.0/20 10.20.0.0/14 10.148.0.0/14 + 10.152.0.0/14
Rennes Check.png 172.16.96.0/20 172.17.96.0/20 172.18.96.0/20 10.24.0.0/14 10.156.0.0/14
Toulouse Check.png 172.16.112.0/20 172.17.112.0/20 172.18.112.0/20 10.28.0.0/14 10.160.0.0/14
Sophia Check.png 172.16.128.0/20 172.17.128.0/20 172.18.128.0/20 10.32.0.0/14 10.164.0.0/14
Reims Check.png 172.16.160.0/20 172.17.160.0/20 172.18.160.0/20 10.36.0.0/14 10.168.0.0/14
Luxembourg Check.png 172.16.176.0/20 172.17.176.0/20 172.18.176.0/20 10.40.0.0/14 10.172.0.0/14
Nantes Fail.png 172.16.192.0/20 172.17.192.0/20 172.18.192.0/20 10.44.0.0/14 10.176.0.0/14
Orléans Fail.png 172.16.208.0/20 172.17.208.0/20 172.18.208.0/20
Qualification Check.png 172.16.240.0/20 172.17.240.0/20 172.18.240.0/20 10.252.0.0/14

KaVLAN

KaVLAN deployment status

Sites Version Status
Bordeaux Fail.png
Grenoble 1.1.15-1 Check.png
Lille 1.1.14-1 Check.png
Luxembourg 1.1.14-1 Check.png
Lyon 1.1.14-1 Check.png
Nancy 1.1.16-1 Check.png
Nantes Fail.png
Reims 1.1.14-1 InProgress.png (global doesn't work -- bug #4634)
Rennes 1.1.14-1 Check.png
Sophia 1.1.14-1 Check.png
Toulouse 1.1.15-1 Check.png

KaVLAN networks

Non-routed local Vlans

Site KAVLAN-1 KAVLAN-2 KAVLAN-3
All 192.168.192.0/20 192.168.208.0/20 192.168.224.0/20

Routed Local Vlans

Site KAVLAN-4 KAVLAN-5 KAVLAN-6 KAVLAN-7 KAVLAN-8 KAVLAN-9
Bordeaux 10.0.0.0/18 10.0.64.0/18 10.0.128.0/18 10.0.192.0/18 10.1.0.0/18 10.1.64.0/18
Grenoble 10.4.0.0/18 10.4.64.0/18 10.4.128.0/18 10.4.192.0/18 10.5.0.0/18 10.5.64.0/18
Lille 10.8.0.0/18 10.8.64.0/18 10.8.128.0/18 10.8.192.0/18 10.9.0.0/18 10.9.64.0/18
Lyon 10.12.0.0/18 10.12.64.0/18 10.12.128.0/18 10.12.192.0/18 10.13.0.0/18 10.13.64.0/18
Nancy 10.16.0.0/18 10.16.64.0/18 10.16.128.0/18 10.16.192.0/18 10.17.0.0/18 10.17.64.0/18
Orsay 10.20.0.0/18 10.20.64.0/18 10.20.128.0/18 10.20.192.0/18 10.21.0.0/18 10.21.64.0/18
Rennes 10.24.0.0/18 10.24.64.0/18 10.24.128.0/18 10.24.192.0/18 10.25.0.0/18 10.25.64.0/18
Toulouse 10.28.0.0/18 10.28.64.0/18 10.28.128.0/18 10.28.192.0/18 10.29.0.0/18 10.29.64.0/18
Sophia 10.32.0.0/18 10.32.64.0/18 10.32.128.0/18 10.32.192.0/18 10.33.0.0/18 10.33.64.0/18
Reims 10.36.0.0/18 10.36.64.0/18 10.36.128.0/18 10.36.192.0/18 10.37.0.0/18 10.37.64.0/18
Luxembourg 10.40.0.0/18 10.40.64.0/18 10.40.128.0/18 10.40.192.0/18 10.41.0.0/18 10.41.64.0/18
Nantes 10.44.0.0/18 10.44.64.0/18 10.44.128.0/18 10.44.192.0/18 10.45.0.0/18 10.45.64.0/18

Global Vlans

Site Global Vlan Subnet Router IP
Bordeaux KAVLAN-10 10.3.192.0/18 10.3.255.254
Grenoble KAVLAN-11 10.7.192.0/18 10.7.255.254
Lille KAVLAN-12 10.11.192.0/18 10.11.255.254
Lyon KAVLAN-13 10.15.192.0/18 10.15.255.254
Nancy KAVLAN-14 10.19.192.0/18 10.19.255.254
Orsay KAVLAN-15 10.23.192.0/18 10.23.255.254
Rennes KAVLAN-16 10.27.192.0/18 10.27.255.254
Toulouse KAVLAN-17 10.31.192.0/18 10.31.255.254
Sophia KAVLAN-18 10.35.192.0/18 10.35.255.254
Reims KAVLAN-19 10.39.192.0/18 10.39.255.254
Luxembourg KAVLAN-20 10.43.192.0/18 10.43.255.254
Nantes KAVLAN-21 10.47.192.0/18 10.47.255.254
Nodes assignments in global VLANs
  • Global vlan is a /18 (16382 hosts), so every site have one /23 (510 ip) in the global vlan.
  • Example for the global vlan of Lille 712 (10.11.192.0/18), other example nancy bind config (nancy.db)
    • Bordeaux: 10.11.192.1 → 10.11.193.254
    • Grenoble: 10.11.194.1 → 10.11.195.254
    • Lille: 10.11.196.1 → 10.11.197.254
    • Lyon: 10.11.198.1 → 10.11.199.254
    • Nancy: 10.11.200.1 → 10.11.201.254
    • Orsay: 10.11.202.1 → 10.11.203.254
    • Rennes: 10.11.204.1 → 10.11.205.254
    • Toulouse: 10.11.206.1 → 10.11.207.254
    • Sophia: 10.11.208.1 → 10.11.209.254
    • Reims: 10.11.210.1 → 10.11.211.254
    • Luxembourg: 10.11.212.1 → 10.11.213.254
    • Nantes: 10.11.214.1 → 10.11.215.254
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