Orange Paris Pharos Lab and Configuration Files¶
Lab Specification Template¶
Introduction¶
Orange is hosting an OPNFV test lab at Chatillon (near Paris) facility. The test lab would host baremetal servers for the use of OPNFV community as part of the OPNFV Pharos Project.
- The Orange Paris lab consist of 1 POD
- POD for Fuel
Lab Resources¶
| POD Name | Project(s) | Project Lead(s) | Email(s) | POD Role | Status | Notes |
| opnfv-integ | Dev/test | Active |
- POD Name: Use consistent naming / numbering to avoid confusion. Hyperlinked to POD description.
- POD Role: CI stable, CI latest, Dev/test, Stand-alone, Virtual, ...
- Status: Assigned, Configuring, Active, Troubleshooting, Available, ...
Acceptable Usage Policy¶
Define lab user policies and expectations
Remote Access Infrastructure¶
The Orange Paris OPNFV test lab is free to use for the OPNFV community.
A VPN is used to provide access to the Orange Paris Testlab.
To access the Testlab, please contact Auboin Cyril (cyril.auboin@orange.com) with the following details: * Name * Organization * Purpose of using the labs * Dates start / end
Processing the request can take 3-4 business days.
Remote Access Procedure¶
Define lab process for requesting access to the lab (e.g. VPN guide, how to modify BIOS settings, etc.)
Lab Documentation¶
List lab specific documents here
Lab Topology¶
Provide a diagram showing the network topology of lab including lights-out network. Any security sensitive details should not be exposed publically. The following diagram is an example only.
POD Specification Template¶
Introduction¶
Orange is hosting an OPNFV test lab at Chatillon (near Paris) facility. The test lab would host 4 (1 controller and 3 computes) baremetal servers for the use of OPNFV community as part of the OPNFV Pharos Project.
Version: Brahmaputra Installer: Fuel (with Ceph)
Additional Requirements¶
Server Specifications¶
Switch
| Hostname | Vendor | Model | Serial Number | CPUs | Memory | Local storage | Lights-out network (IPMI): IP/MAC, U/P | 1GbE: NIC#/IP MAC/VLAN/Network | 10GbE: NIC#/IP MAC/VLAN/Network | Notes |
| pod1- switch | JUNIPER | EX-4550 | 750-045407 | 172.31.2.254 CC:E1:7F:86:38:80 | 32 ports |
Jump Host
| Hostname | Vendor | Model | Serial Number | CPUs | Memory | Local storage | Lights-out network (IPMI): IP/MAC, U/P | 1GbE: NIC#/IP MAC/VLAN/Network | 10GbE: NIC#/IP MAC/VLAN/Network | Notes |
| pod1- jump-host | DELL | Proliant DL 360e Gen8 | CZJ40901PV |
E5-2430 v2.2 2,5Ghz 24 core |
16 GB | 300GB SAS 300GB SAS | IF0: 172.31.13.5 |
Firewall
| Hostname | Vendor | Model | Serial Number | CPUs | Memory | Local storage | Lights-out network (IPMI): IP/MAC, U/P | 1GbE: NIC#/IP MAC/VLAN/Network | 10GbE: NIC#/IP MAC/VLAN/Network | Notes |
| pod1- firewall | IBM | @Server xSerie 336 | KKTVY4M | Intel Xeon | 4 GB | 36GB SATA 36GB SATA | IF0: 161.105.211.2 |
Controller Node
| Hostname | Vendor | Model | Serial Number | CPUs | Memory | Local storage | Lights-out network (IPMI): IP/MAC, U/P | 1GbE: NIC#/IP MAC/VLAN/Network | 10GbE: NIC#/IP MAC/VLAN/Network | Notes |
| pod1-ctrl1 | HP | Proliant DL 360e Gen8 | CZJ40901PT | Intel Xeon E5-2430 v2.2 2,5Ghz 24 core | 16GB | 300GB SAS 300GB SAS |
|
Compute Nodes
| Hostname | Vendor | Model | Serial Number | CPUs | Memory | Local storage | Lights-out network (IPMI): IP/MAC, U/P | 1GbE: NIC#/IP MAC/VLAN/Network | 10GbE: NIC#/IP MAC/VLAN/Network | Notes |
| pod1-node1 | DELL | R730 | 8F3J642 | Intel Xeon E5-2603 v3 1,6Ghz 12 core | 128GB (8x16GB) 1600Mhz | 250GB SATA 480GB SSD 480GB SSD |
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| pod1-node2 | HP | Proliant DL 360e Gen8 | CZJ40901PS | Intel Xeon E5-2430 v2.2 2,5Ghz 24 core | 16GB | 300GB SAS 300GB SAS |
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| pod1-node3 | DELL | R730 | FG3J642 | Intel Xeon E5-2603 v3 1,6Ghz 12 core | 128GB (8x16GB) 1600Mhz | 256GB SATA 480GB SSD 480GB SSD |
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Users¶
| Name | Company | Role | Notes | |
Firewall Rules¶
| Port(s) | Service | Note |
| 22, 43, 80 | Jenkins CI |
POD Topology¶
Provide a diagram showing the network topology of the POD. Any security sensitive details should not be exposed publically and can be stored in the secure Pharos repo. The following diagram is an example only.
