Software for this installation:
- MacBook PRO with 16GB hardware of RAM
- VMware Fusion 11.5.1
- VMware vSphere Hypervisor (a.k.a. ESXi 6.7.0 ISO) Installed and configure with 4 CPUs and 8 GB RAM.
Reference tutorial: https://www.juniper.net/documentation/en_US/vmx/topics/topic-map/vmx-installing-on-vmware.html
Tony helped me a lot. He is the one that also publish a lot of useful article in his blog GRASPINGTECH
Maximum Minimum Hardware Requirements for VMware
A. Number of cores
- Note: Performance mode is the default mode and the minimum value is based on one port.
- For lite mode: Minimum of 4
- 1 for VCP
- 3 for VFP
- Note: If you want to use lite mode when you are running with more than 3 vCPUs for the VFP, you must explicitly configure lite mode.
- For lite mode: Minimum of 4
B. Memory
- Note: Performance mode is the default mode.
- For lite mode: Minimum of 3 GB
- 1 GB for VCP
- 2 GB for VFP
- For lite mode: Minimum of 3 GB
C. Storage
- Local or NAS
- Each vMX instance requires 44 GB of disk storage
- Minimum storage requirements:
- 40 GB for VCP
- 4 GB for VFP
vMX Package Contents
- Software image file for VCP: ova/vcp_20.1R1.11.ova
- Software image file for VFP: ova/vfpc_20.1R1.11.ova
Configuration
Step 1. Download the vMX software package for VMware: vmx-bundle-esxi-20.1R1.11.tar
- From the vMX page
- Uncompress the package in a location accessible in MacBook Pro
Step 2. Launch the VMware ESXi server, esxi00.silvique.ro, and log in to the server with your credentials.
Step 3. If using Dropbox make sure the files needed are totally active
- Right – click on the ova folder inside vm-esxi/ova
- Click Smart Sync > Local
Step 4. Setting Up the Network
In VMware ESXi, to set up the different networks for management (br-ext), internal connection of the VMs (br-int), and WAN ports for data:
- Enter VMware ESXi using Firefox
4.1. Virtual Switch Configuration
- Click Networking > Virtual Switch > Add Standard virtual switch
- 1. Configure vSwitch Name: vmnic1
- MTU 1500
- Uplink 1: vmnic1
- Security Accept to all:
- Promiscuous mode: Accept
- Mac address changes: Accept
- Forged transmits: Accept
- 2. Configure vSwitch Name: vmnic2
- MTU 1500
- Uplink 1: vmnic2
- Security Accept to all:
- Promiscuous mode: Accept
- Mac address changes: Accept
- Forged transmits: Accept
- 3. Configure vSwitch Name: Internal.vMX
- MTU 1500
- Uplink 1: delete
- Security Accept to all:
- Promiscuous mode: Accept
- Mac address changes: Accept
- Forged transmits: Accept
4.2. Port groups Configuration
- Click Networking > Port groups > Add Standard port group
- 1. Configure Name: br-ext.vMX
- VLAN ID: 0
- Virtual Switch: vmnic1
- Security Accept to all:
- Promiscuous mode: Accept
- Mac address changes: Accept
- Forged transmits: Accept
- 2. Configure Name: br-int.vMX
- VLAN ID: 0
- Virtual Switch: Internal.vMX
- Security Accept to all:
- Promiscuous mode: Accept
- Mac address changes: Accept
- Forged transmits: Accept
- 3. Configure Name: p2p1-ge.vMX
- VLAN ID: 0
- Virtual Switch: vmnic2
- Security Accept to all:
- Promiscuous mode: Accept
- Mac address changes: Accept
- Forged transmits: Accept
- 4. Configure Name: p2p2-ge.vMX
- VLAN ID: 0
- Virtual Switch: vmnic2
- Security Accept to all:
- Promiscuous mode: Accept
- Mac address changes: Accept
- Forged transmits: Accept
4.3. Note: I made a discovery opening vMX in SSH using ssh root@172.25.11.3 command
murgescusilvia@Murgescus-MacBook-Pro ~ % ssh root@172.25.11.3 Password: Last login: Fri May 15 00:30:49 2020 --- JUNOS 20.1R1.11 Kernel 64-bit JNPR-11.0-20200219.fb120e7_buil root@vMX:~ # cli root@vMX> show interfaces terse | match ge- ge-0/0/0 up up ge-0/0/0.16386 up up ge-0/0/1 up up ge-0/0/1.16386 up up ge-0/0/2 up down ge-0/0/2.16386 up down ge-0/0/3 up down ge-0/0/3.16386 up down ge-0/0/4 up down ge-0/0/4.16386 up down ge-0/0/5 up down ge-0/0/5.16386 up down ge-0/0/6 up down ge-0/0/6.16386 up down ge-0/0/7 up down ge-0/0/7.16386 up down ge-0/0/8 up down ge-0/0/8.16386 up down ge-0/0/9 up down ge-0/0/9.16386 up down
Only ge-0/0/0 and ge-0/0/1 are up up. All other networks are up down. You have to create other Port group networks to put more in up up. For example, the total number o network creation in VM is p2p3-ge.vMX to maximum p2p8-ge.vMX
root@vMX> show interfaces terse | match ge- ge-0/0/0 up up ge-0/0/0.16386 up up ge-0/0/1 up up ge-0/0/1.16386 up up ge-0/0/2 up up ge-0/0/2.16386 up up ge-0/0/3 up up ge-0/0/3.16386 up up ge-0/0/4 up up ge-0/0/4.16386 up up ge-0/0/5 up up ge-0/0/5.16386 up up ge-0/0/6 up up ge-0/0/6.16386 up up ge-0/0/7 up up ge-0/0/7.16386 up up ge-0/0/8 up down ge-0/0/8.16386 up down ge-0/0/9 up down ge-0/0/9.16386 up down
! At the moment I do not know how to make all ge interfaces, including ge-0/0/8 and ge-0/0/9, up up. I will search a solution when I will needed.
Step 5. Deploying the VCP VM
To deploy the VCP VM using .ova files:
- Enter VMware ESXi using Firefox
- Click Virtual Machine > Create/ Register VM
- Select create type: click Deploy a virtual Machine for an OVF to OVA file and Next
- Select OVF and VMDK files:
- Name: vMX-vVCP_20.1R1.1
- File: vcp_20.1R1.11.ova
- Click Next
- Select storage: ESXi00.datastore1 and Next
- Untag Power on automatically end Next
- Click Finish
Step 6. Deploying the FPC VM
To deploy the FPC VM using .ova files:
- Enter VMware ESXi using Firefox
- Click Virtual Machine > Create/ Register VM
- Select create type: click Deploy a virtual Machine for an OVF to OVA file and Next
- Select OVF and VMDK files:
- Name: vMX-vFPC_20.1R1.1
- File: vfpc_20.1R1.11.ova
- Click Next
- Select storage: ESXi00.datastore1 and Next
- Untag Power on automatically end Next
- Click Finish
After you have deployed the vVCP and vFPC VMs, you can modify the amount of memory, the number of vCPUs, and the number of WAN (here vmnic2) ports.
Step 7. Settings for the vVCP VM
- CPU: 1
- Memory: 1024 MB
- Network Adapter 1: br-ext.vMX
- Adapter Type: E1000
- Network Adapter 2: br-int.vMX
- Adapter Type: E1000
Step 8. Settings for the vFPC VM
- CPU: 3
- Memory: 2048 MB
- Network Adapter 1: p2p1-ge.vMX
- Adapter Type: VMXNET 3
- Network Adapter 2: p2p2-ge.vMX
- Adapter Type: VMXNET 3
- Network Adapter 3: br-ext.vMX
- Adapter Type: E1000
- Network Adapter 4: br-int.vMX
- Adapter Type: E1000
Not mandatory but you can add more networks:
- Network Adapter 5: p2p3-ge.vMX
- Adapter Type: VMXNET 3
- Network Adapter 6: p2p4-ge.vMX
- Adapter Type: VMXNET 3
- Network Adapter 7: p2p5-ge.vMX
- Adapter Type: VMXNET 3
- Network Adapter 8: p2p6-ge.vMX
- Adapter Type: VMXNET 3
- Network Adapter 9: p2p7-ge.vMX
- Adapter Type: VMXNET 3
- Network Adapter 10: p2p8-ge.vMX
- Adapter Type: VMXNET 3
Step 9. Launching vMX on VMware
Now you are ready to launching vMX on VMware. The firs basic configuration is the following:
[edit]
root@silvia# show
## Last changed: 2020-01-17 04:53:09 UTC
version 20.1R1.11;
system {
host-name vMX;
root-authentication {
encrypted-password "your_passord"; ## SECRET-DATA
}
login {
class c1only {
logical-system C1;
permissions all;
}
class c2only {
logical-system C2;
permissions all;
}
class c3only {
logical-system C3;
permissions all;
}
class c4only {
logical-system C4;
permissions all;
}
class r1only {
logical-system R1;
permissions all;
}
class r2only {
logical-system R2;
permissions all;
}
class r3only {
logical-system R3;
permissions all;
}
class r4only {
logical-system R4;
permissions all;
}
class r5only {
logical-system R5;
permissions all;
}
class r6only {
logical-system R6;
permissions all;
}
class r7only {
logical-system R7;
permissions all;
}
user class01 {
uid 2001;
class c1only;
authentication {
encrypted-password "your_passord"; ## SECRET-DATA
}
}
user class02 {
uid 2002;
class c2only;
authentication {
encrypted-password "your_passord"; ## SECRET-DATA
}
}
user class03 {
uid 2003;
class c3only;
authentication {
encrypted-password "your_passord"; ## SECRET-DATA
}
}
user class04 {
uid 2004;
class c4only;
authentication {
encrypted-password "your_passord"; ## SECRET-DATA
}
}
user junos01 {
uid 2023;
class r1only;
authentication {
encrypted-password "your_passord"; ## SECRET-DATA
}
}
user junos02 {
uid 2024;
class r2only;
authentication {
encrypted-password "your_passord"; ## SECRET-DATA
}
}
user junos03 {
uid 2223;
class r3only;
authentication {
encrypted-password "your_passord"; ## SECRET-DATA
}
}
user junos04 {
uid 2224;
class r4only;
authentication {
encrypted-password "your_passord"; ## SECRET-DATA
}
}
user junos05 {
uid 2225;
class r5only;
authentication {
encrypted-password "your_passord"; ## SECRET-DATA
}
}
user junos06 {
uid 2226;
class r6only;
authentication {
encrypted-password "your_passord"; ## SECRET-DATA
}
}
user junos07 {
uid 2227;
class r7only;
authentication {
encrypted-password "your_passord"; ## SECRET-DATA
}
}
user vMX {
full-name "Silvia Murgescu";
uid 2000;
class super-user;
authentication {
encrypted-password "your_passord"; ## SECRET-DATA
}
}
}
services {
ssh {
root-login allow;
protocol-version v2;
}
}
syslog {
user * {
any emergency;
}
file messages {
any notice;
authorization info;
}
file interactive-commands {
interactive-commands any;
}
}
processes {
dhcp-service {
traceoptions {
file dhcp_logfile size 10m;
level all;
flag all;
}
}
}
}
logical-systems {
C1;
C2;
C3;
C4;
R1;
R2;
R3;
R4;
R5;
R6;
R7;
Source;
Receiver;
}
chassis {
fpc 0 {
pic 0 {
tunnel-services {
bandwidth 10g;
}
interface-type ge;
number-of-ports 8;
}
lite-mode;
}
network-services enhanced-ip;
}
interfaces {
ge-0/0/0 {
vlan-tagging;
}
ge-0/0/1 {
vlan-tagging;
}
ge-0/0/2 {
vlan-tagging;
}
ge-0/0/3 {
vlan-tagging;
}
ge-0/0/4 {
vlan-tagging;
}
ge-0/0/5 {
vlan-tagging;
}
ge-0/0/6 {
vlan-tagging;
}
ge-0/0/7 {
vlan-tagging;
}
fxp0 {
unit 0 {
description For_SSH_Connection;
family inet {
address 172.25.11.3/24;
}
}
}
}
Note: The 172.25.11.1 IP or 172.25.11.2 IP not working to open/run vMX in MacBook Pro Terminal application. I have tried and works if configure IP 172.25.11.3/24.
To copy and paste a config from a text file. Use the CTRL-D or ^D option to exit the terminal mode and return to the firewall prompt.
[edit] root@vMX# load replace terminal -> Copy and Paste here CTRL-D [edit] root@SRX# commit
NOTE: If interfaces connectivity and communication is needed, into Port Groups include VLAN ID 6095.
Below is an example: two logical-systems with 2 difference interfaces, ge-0/0/1.12 and ge-0/0/5.12 and the ping command for testing works
