Instant On - Wired

Hi,

ok let me help you setup from what I understand you are trying to achieve.

Forget 2 routers you don't need 2.

example

Plug your PC into a LAN port on your router

set your router ip and admin login  to 192.168.1.1


Your WAN will be the internet ISP cable  coming in, leave that alone as the ISP will give you a static or dynamic IP at their end.
Your LAN on your router will default to 192.168.1.1
Plug your 1930 in from port 23, into your router on any LAN port

Now plug your PC into port 24 on your switch, Use port 24 as good practice to keep your dedicated management port  well away from your other ports(i am presuming its a 24 port switch)
If you have DHCP set on your Router it will give your switch an IP in the subnet range, if not then you need to assign an IP to the switch (highly recommended).
Login into your HP switch and set the IP of the switch to "static" 192.168.1.2 use the same subnet as the default router subnet.
Forget the HP cloud management, it's shite and will restrict what you can do, just use local management as you arnt running 100 switches.

Reboot your router and Switch.

Your router is now 192.168.1.1

Your switch is 192.168.1.2

Now login into your router and do the following
This will vary depending on model etc.

By default your LAN will be 192.168.1.x
Your VLAN will be 1 by default even though its not assigned, this is standard practice.

Create a VLAN 10, 20,30 on your router
Assign an interface (can be all on the same port for now) to each VLAN and an IP range

VLAN 1= default LAN and will be used for management (this isn't great practice) but your risk won't be high for home use so don't worry, just read about changing over to a dedicated VLAN for management when you are more confident or you will lock yourself out from your network.

VLAN 10 = 192.168.10.1 camera
VLAN 20 = 192.168.20.1 servers
VLAN 30 = 192.168.30.1 storage

If you want DHCP on each VLAN then setup the DHCP for each VLAN on your router, if you don't do this you will need to assign each device its own IP or it won't know which subnet to be attached to. Personally if you are new to all this I would leave DHCP switched on for all your VLANS/Subnets on your router and let the router hand out the IP. Then you can set static IP on your router for each device by MAC address later to allocate dedicated IP's.
Let your router do the routing and the switch do the switching.

e.g.
it's good practice to keep your vlans in sync with your subnets, just to help you in 3 months when you forget everything.

server ip 192.168.20.10
camera ip 192.168.10.10
storage server 192.168.30.10

Setup your firewall rules for now, just allow any to any, this well let your router speak to all VLANS on the interface , when you understand firewall rules more you can start to lock down your network by restricting what devices can talk to each other across your VLANS.


Once you have done this then login into your switch at 192.168.1.2

Create VLANS 10,20,30 on your switch


assign the ports for example


port 1 - vlan 10 untagged

port 2 - vlan 20 untagged

port 3 - vlan 30 untagged

Now create your trunk port to pass all the vlans from the router to the switch down 1 port (cable)

assign vlan 10,20,30 to port 23 on your switch as tagged (important if you don't do this you wont pass any vlans apart from VLAN 1)


plug camera into port 1
plug server into port 2
plug storage nas into port 3

From your PC  if you are on windows type cmd into the search bar

open terminal

type 

ping 192.168.1.1
this should give you your router

ping 192.168.1.2

give you your switch

ping 192.168.10.10 

give you your camera

ping 192.168.20.10

give you your server

ping 192.168.1.30.10

give you your nas storage

now that everything is talking you can check your ping from your router using the same method. you should be able to  ping your switch, router, and all devices from your pc. 

Assign as many ports as you need to each vlan on your switch.


If you want 10gig on your nas then just use one of the 10gig ports on your switch and just change the port number assigned for the VLAN.

Same for your PC just connect up to the 10 gig port on the same vlan as your NAS then you will have full wire speed from your nas to pc.


Ta



















​

Hi,

ok let me help you setup from what I understand you are trying to achieve.

Forget 2 routers you don't need 2.

example

Plug your PC into a LAN port on your router

set your router ip and admin login  to 192.168.1.1


Your WAN will be the internet ISP cable  coming in, leave that alone as the ISP will give you a static or dynamic IP at their end.
Your LAN on your router will default to 192.168.1.1
Plug your 1930 in from port 23, into your router on any LAN port

Now plug your PC into port 24 on your switch, Use port 24 as good practice to keep your dedicated management port  well away from your other ports(i am presuming its a 24 port switch)
If you have DHCP set on your Router it will give your switch an IP in the subnet range, if not then you need to assign an IP to the switch (highly recommended).
Login into your HP switch and set the IP of the switch to "static" 192.168.1.2 use the same subnet as the default router subnet.
Forget the HP cloud management, it's shite and will restrict what you can do, just use local management as you arnt running 100 switches.

Reboot your router and Switch.

Your router is now 192.168.1.1

Your switch is 192.168.1.2

Now login into your router and do the following
This will vary depending on model etc.

By default your LAN will be 192.168.1.x
Your VLAN will be 1 by default even though its not assigned, this is standard practice.

Create a VLAN 10, 20,30 on your router
Assign an interface (can be all on the same port for now) to each VLAN and an IP range

VLAN 1= default LAN and will be used for management (this isn't great practice) but your risk won't be high for home use so don't worry, just read about changing over to a dedicated VLAN for management when you are more confident or you will lock yourself out from your network.

VLAN 10 = 192.168.10.1 camera
VLAN 20 = 192.168.20.1 servers
VLAN 30 = 192.168.30.1 storage

If you want DHCP on each VLAN then setup the DHCP for each VLAN on your router, if you don't do this you will need to assign each device its own IP or it won't know which subnet to be attached to. Personally if you are new to all this I would leave DHCP switched on for all your VLANS/Subnets on your router and let the router hand out the IP. Then you can set static IP on your router for each device by MAC address later to allocate dedicated IP's.
Let your router do the routing and the switch do the switching.

e.g.
it's good practice to keep your vlans in sync with your subnets, just to help you in 3 months when you forget everything.

server ip 192.168.20.10
camera ip 192.168.10.10
storage server 192.168.30.10

Setup your firewall rules for now, just allow any to any, this well let your router speak to all VLANS on the interface , when you understand firewall rules more you can start to lock down your network by restricting what devices can talk to each other across your VLANS.


Once you have done this then login into your switch at 192.168.1.2

Create VLANS 10,20,30 on your switch


assign the ports for example


port 1 - vlan 10 untagged

port 2 - vlan 20 untagged

port 3 - vlan 30 untagged

Now create your trunk port to pass all the vlans from the router to the switch down 1 port (cable)

assign vlan 10,20,30 to port 23 on your switch as tagged (important if you don't do this you wont pass any vlans apart from VLAN 1)


plug camera into port 1
plug server into port 2
plug storage nas into port 3

From your PC  if you are on windows type cmd into the search bar

open terminal

type 

ping 192.168.1.1
this should give you your router

ping 192.168.1.2

give you your switch

ping 192.168.10.10 

give you your camera

ping 192.168.20.10

give you your server

ping 192.168.1.30.10

give you your nas storage

now that everything is talking you can check your ping from your router using the same method. you should be able to  ping your switch, router, and all devices from your pc. 

Assign as many ports as you need to each vlan on your switch.


If you want 10gig on your nas then just use one of the 10gig ports on your switch and just change the port number assigned for the VLAN.

Same for your PC just connect up to the 10 gig port on the same vlan as your NAS then you will have full wire speed from your nas to pc.


Ta



















​