inter-vlan routing between stacked and standalone x450e switches

[Charles_Cox]

I have an existing stack for the access layer and want to add a TOR switch.
All x450e 12.6.2.12
configured vlans to match the stack
removed all ports from default vlan(matching the old stack)
enabled IP forwarding
routes show the existing stack vlan gateways and the new interface ips for the vlan

I didn't really want to assign IP address to the vlans on the new TOR switch, but it seemed to be required.

I believe I am missing a key concept on how vlan does its routing(am cisco guy, this is my first extreme shop), does anyone know of a good guide/cookbook to config this specific scenario?
I feel like I should add the vlan gateways from the stack, and be good to go... but that failed on my first go.

[Charles_Cox]

Sweet thanks guys, and yes I to love TAB!

[EtherMAN]

Some of my favorite doing network connection and discovery with examples

here is a jumpstart guide that gives you a lot of the basics.... All so remember tab is your best buddy

http://learn.extremenetworks.com/rs/extreme/images/Extreme-Networks-Deployment-Jumpstart.pdf

show edp port all detail ... this will give you neoghbor detail about any two extreme switches that share a link including the vlans that are share don the link..

Port 1:1: EDP is Enabled
Tx stats: sw-pdu-tx=0 vlan-pdu-tx=0 pdu-tx-err=0
Rx stats: sw-pdu-rx=0 vlan-pdu-rx=0 pdu-rx-err=0

Time of last transmit error: None
Time of last receive error: None
-----------------------------------------------------------------------------
Port 1:2: EDP is Enabled
Tx stats: sw-pdu-tx=353518 vlan-pdu-tx=353517 pdu-tx-err=0
Rx stats: sw-pdu-rx=353507 vlan-pdu-rx=353506 pdu-rx-err=0

Time of last transmit error: None
Time of last receive error: None
Remote-System: PLW_X460G2_5959Basement_stack Age = 11
Remote-ID: 00:00:02:04:96:9a:37:be
Software version: 15.6.3.1
Remote-Port: 1:25
Port Type: Ethernet
Auto Negotiation: ON
Flow Control: NONE
Duplex Speed: Configured = AUTO Actual = FULL
Port Speed (MB): Configured = AUTO Actual = 1 Gbps
Remote-Vlans:
nm_phono_3801 (3801, 192.168.231.196) Age = 13
plw_wapcom_774 (774) Age = 13
plw_servers_773 (773) Age = 13
plw_srx_dmz_775 (775, 10.80.253.4) Age = 13
private_plw_792 (792) Age = 13
plw_inet_dns1_598 (598) Age = 13
plw_inet_dns2_597 (597) Age = 13
plw_inet_plw5959_2396 (2396) Age = 13
plw_srx_toweroaks_769 (769) Age = 13

Slot-2 PLW_X670G2_5959_Stack.2 # sh por 1:2 info detail gives you vlan info detail on that port plus other things

Slot-2 PLW_X670G2_5959_Stack.2 # sh por 1:2 info det
Port 1:2: EDP is Enabled
Tx stats: sw-pdu-tx=353518 vlan-pdu-tx=353517 pdu-tx-err=0
Rx stats: sw-pdu-rx=353507 vlan-pdu-rx=353506 pdu-rx-err=0

Time of last transmit error: None
Time of last receive error: None
Remote-System: PLW_X460G2_5959Basement_stack Age = 11
Remote-ID: 00:00:02:04:96:9a:37:be
Software version: 15.6.3.1
Remote-Port: 1:25
Port Type: Ethernet
Auto Negotiation: ON
Flow Control: NONE
Duplex Speed: Configured = AUTO Actual = FULL
Port Speed (MB): Configured = AUTO Actual = 1 Gbps
Remote-Vlans:
nm_phono_3801 (3801, 192.168.231.196) Age = 13
plw_wapcom_774 (774) Age = 13
plw_servers_773 (773) Age = 13
plw_srx_dmz_775 (775, 10.80.253.4) Age = 13
private_plw_792 (792) Age = 13
plw_inet_dns1_598 (598) Age = 13
plw_inet_dns2_597 (597) Age = 13
plw_inet_plw5959_2396 (2396) Age = 13
plw_srx_toweroaks_769 (769) Age = 13

-----------------------------------------------------------------------------
Port 1:3: EDP is Enabled
Tx stats: sw-pdu-tx=0 vlan-pdu-tx=0 pdu-tx-err=0
Rx stats: sw-pdu-rx=0 vlan-pdu-rx=0 pdu-rx-err=0

Time of last transmit error: None
Time of last receive error: None
-----------------------------------------------------------------------------
Port 1:4: EDP is Enabled
Tx stats: sw-pdu-tx=0 vlan-pdu-tx=0 pdu-tx-err=0
Rx stats: sw-pdu-rx=0 vlan-pdu-rx=0 pdu-rx-err=0

Time of last transmit error: None
Slot-2 PLW_X670G2_5959_Stack.2 # sh por 1:2 info det
Port: 1:2(p1-2_460G2-1-25):
Virtual-router: VR-Default
Type: SF+_OC10m (Unsupported)
Random Early drop: Unsupported
Admin state: Enabled with 1G full-duplex
Link State: Active, 1Gbps, full-duplex
Link Ups: 0 Last: Mon Oct 16 11:25:16 2017
Link Downs: 0 Last: Mon Oct 16 11:23:36 2017

VLAN cfg:
Name: nm_phono_3801, 802.1Q Tag = 3801, MAC-limit = No-limit, Virtual router: VR-Default
Port-specific VLAN ID: 3801
Name: plw_inet_dns1_598, 802.1Q Tag = 598, MAC-limit = No-limit, Virtual router: VR-Default
Port-specific VLAN ID: 598
Name: plw_inet_dns2_597, 802.1Q Tag = 597, MAC-limit = No-limit, Virtual router: VR-Default
Port-specific VLAN ID: 597
Name: plw_inet_plw5959_2396, 802.1Q Tag = 2396, MAC-limit = No-limit, Virtual router: VR-Default
Port-specific VLAN ID: 2396
Name: plw_servers_773, 802.1Q Tag = 773, MAC-limit = No-limit, Virtual router: VR-Default
Port-specific VLAN ID: 773
Name: plw_srx_dmz_775, 802.1Q Tag = 775, MAC-limit = No-limit, Virtual router: VR-Default
Port-specific VLAN ID: 775
Name: plw_srx_toweroaks_769, 802.1Q Tag = 769, MAC-limit = No-limit, Virtual router: VR-Default
Port-specific VLAN ID: 769
Name: plw_wapcom_774, 802.1Q Tag = 774, MAC-limit = No-limit, Virtual router: VR-Default
Port-specific VLAN ID: 774
Name: private_plw_792, 802.1Q Tag = 792, MAC-limit = No-limit, Virtual router: VR-Default
Port-specific VLAN ID: 792
STP cfg:

Protocol:
Trunking: Master port with 2 members using algorithm address based - L2
algorithm
Members: 1:2,2:2

EDP: Enabled

ELSM: Disabled
Ethernet OAM: Disabled
Learning: Enabled
Unicast Flooding: Enabled
Multicast Flooding: Enabled
Broadcast Flooding: Enabled
Jumbo: Enabled, MTU= 9216
Flow Control: Rx-Pause: Enabled Tx-Pause: Disabled
Priority Flow Control: Disabled
Reflective Relay: Disabled
Link up/down SNMP trap filter setting: Enabled
Egress Port Rate: No-limit
Broadcast Rate: No-limit
Multicast Rate: No-limit
Unknown Dest Mac Rate: No-limit
QoS Profile: None configured
Ingress Rate Shaping : Unsupported
Ingress IPTOS Examination: Disabled
Ingress 802.1p Examination: Enabled
Ingress 802.1p Inner Exam: Disabled
Ingress 802.1p Priority: 0
Egress IPTOS Replacement: Disabled
Egress 802.1p Replacement: Disabled
NetLogin: Disabled
NetLogin port mode: Port based VLANs
Smart redundancy: Enabled
Software redundant port: Disabled
IPFIX: Disabled Metering: Ingress, All Packets, All Traffic
IPv4 Flow Key Mask: SIP: 255.255.255.255 DIP: 255.255.255.255
IPv6 Flow Key Mask: SIP: ffff:ffff:ffff:ffff:ffff:ffff:ffff:ffff
DIP: ffff:ffff:ffff:ffff:ffff:ffff:ffff:ffff

Far-End-Fault-Indication: Disabled
Shared packet buffer: default
VMAN CEP egress filtering: Disabled
Isolation: Off
PTP Configured: Disabled
Time-Stamping Mode: None
Synchronous Ethernet: Unsupported
Dynamic VLAN Uplink: Disabled
VM Tracking Dynamic VLANs: Disabled

show ipr gives your routing detail and any vlan that has an ip configured with ip forwarding enabled is routing between vlans

Slot-2 PLW_X670G2_5959_Stack.3 # sh ipr
Ori Destination Gateway Mtr Flags VLAN Duration
#s Default Route 192.168.231.1 1 UG---S-um--f- nm_phono_3801 729d:10h:41m:1s
#d 172.16.59.0/24 172.16.59.1 1 U------um--f- PLW_San_595 729d:10h:41m:2s
#d 192.168.231.0/24 192.168.231.107 1 U------um--f- nm_phono_3801 729d:10h:41m:2s

[Charles_Cox]

Indeed, so many questions so I am trying to learn extreme basically by reverse engineering the existing equipment. Are there some better commands to show port:vlan settings? I get the long output from the 5 sw in the stack, but I am having trouble finding just a comprehensive 'this port is a member of these vlans,' (4 vlans but doesn't tell me which vlans unless its a single vlan)

And just to be clear: Trunking on extremes is just adding a port to more than one vlan, tagged?

[davidj_cogliane]

There are sort of a lot of questions here. But your Core, or Router/Routers should be doing the routing. If all VLANs (VLAN tags) match are are added tagged on both ends of the uplink you should have layer 2 connectivity.

Typically I would add a NetMgmt VLAN with an address to reach and manage the TOR switch, no other VLANs would have IPs.

Since you're coming from Cisco, I would check that you added all VLANs tagged on both ends of the uplink first. Cisco trunks everything so that would be easy for you to miss.