Access to university Openstack
edit local ~/.ssh/config and include the following entries
###### university
Host university-jump
HostName 144.173.114.20
ProxyJump nemesis
IdentityFile ~/.ssh/id_rsa
Port 22
User root
Host university-proxmox
Hostname 10.121.4.5
Proxyjump university-jump
#PreferredAuthentications password
IdentityFile ~/.ssh/id_rsa
Port 22
User root
Host university-proxmox-dashboard
Hostname 10.121.4.5
Proxyjump university-jump
#PreferredAuthentications password
IdentityFile ~/.ssh/id_rsa
Port 22
User root
DynamicForward 8888
Host university-undercloud
Hostname 10.121.4.25
Proxyjump university-jump
IdentityFile ~/.ssh/id_rsa
Port 22
User stack
ServerAliveInterval 100
ServerAliveCountMax 2
Host university-ceph1
Hostname 10.121.4.7
Proxyjump university-jump
IdentityFile ~/.ssh/id_rsa
Port 22
User root
Host university-ceph2
Hostname 10.121.4.8
Proxyjump university-jump
IdentityFile ~/.ssh/id_rsa
Port 22
User root
Host university-ceph3
Hostname 10.121.4.9
Proxyjump university-jump
IdentityFile ~/.ssh/id_rsa
Port 22
User root
Logins
Switches
| IP/Login |
Password |
Type |
Notes |
| cumulus@10.122.0.250 |
Password0 |
100G switch |
2x CLAG bond between 100G switches, 2x Peerlink CLAG across 100G switches to university Juniper core switches |
| cumulus@10.122.0.251 |
Password0 |
100G switch |
2x CLAG bond between 100G switches, 2x Peerlink CLAG across 100G switches to university Juniper core switches |
| cumulus@10.122.0.252 |
Password0 |
1G switch |
2x SFP+ 10G LAG bond between management switches, 1G ethernet uplink from each 100G switch for access |
| cumulus@10.122.0.253 |
Password0 |
1G switch |
2x SFP+ 10G LAG bond between management switches |
Node OOB (IPMI / XClarity web)
| IP |
Login |
Password |
| 10.122.1.5(proxmox) 10.122.1.10-12(controller) 10.122.1.20-21(networker) 10.122.1.30-77(compute) 10.122.1.90-92(ceph) |
USERID |
Password0 |
Node Operating System
| IP |
Login |
Password |
| 10.121.4.5 (proxmox hypervisor) |
root |
Password0 |
| 10.121.4.25 (undercloud VM) |
stack OR root |
Password0 |
| 10.122.0.30-32(controller) 10.122.0.40-41(networker) 10.122.0.50-103(compute) |
root OR heat-admin |
Password0 |
Dashboards
Networking

Openstack control networks
- These networks reside on the primary 1G ethernet adapter.
- The IPMI network is usually only used by the undercloud, however to facilitate IPMI fencing for Instance-HA the Openstack controller nodes will have a logical interface
| Network |
VLAN |
IP Range |
|
| ControlPlane |
1 Native |
10.122.0.0/24 |
|
| IPMI |
2 |
10.122.1.0/24 |
|
Openstack service networks
- The logical networks reside upon an OVS bridge across an LACP bond on the 2x Mellanox 25G ethernet adapters in each node.
- The 2x Mellanox 25G ethernet adapters are cabled to 100G switch1 and 100G switch2 respectively, the switch handles the LACP bond as one logical entity across switches with a CLAG.
| Network |
VLAN |
IP Range |
|
| Storage Mgmt |
14 |
10.122.12.0/24 |
|
| Storage |
13 |
10.122.10.0/24 |
|
| InternalApi |
12 |
10.122.6.0/24 |
|
| Tenant |
11 |
10.122.8.0/24 |
|
| External |
1214 |
10.121.4.0/24 Gateway 10.121.4.1 |
|
Ceph service networks
Use Openstack "Storage Mgmt" for the Ceph public network.
| Network |
VLAN |
IP Range |
|
| Cluster Network |
15 |
10.122.14.0/24 |
|
| Public Network (Openstack Storage) |
13 |
10.122.10.0/24 |
|
| Management (Openstack Storage Mgmt) |
14 |
10.122.12.0/24 |
|