AORXI Homelab
Reference

Switch Port Tables

Compact per-switch port-to-VLAN/device reference for all five AORXI switches: sa-sw-01/02/03 at Site A and sb-sw-01/02 at Site B.

Compact port-to-VLAN and device tables for every switch in the AORXI homelab. Narrative cabling rationale, NIC-level decisions, and open items live in the detailed Site A Port Map and Site B Port Map pages.

Site A Switches

Site A 10.10.0.0/16. Core switch sa-sw-01 (Netgear XS716T, 16-port) plus two access switches sa-sw-02 and sa-sw-03 (no model specified; each has 4× 10G RJ45 PoE++ 802.3bt + 2× 10G SFP+). sa-sw-01 is L2 only — no routing, no DHCP.

sa-sw-01 — Netgear XS716T (16-port core/data)

Carries the OPNsense LAN trunk, Corosync, VM, K8s, storage, and backup VLANs. Uplinks to sa-sw-02 and sa-sw-03 use SFP+ DAC on combo slots 15F/16F (copper sides 15T/16T unavailable when SFP+ populated).

PortDevice / NICModeVLANs
1sa-edge-01 OPNsense LAN (onboard 10G #2)Trunk10, 20, 25, 30, 40, 50, 60, 70, 80, 90, 100, 110, 120, 253
2sa-edge-01 Corosync (onboard 1G #2)Access25
3sa-stor-01 XL710 p1 (VM + Corosync)Trunk25 30
4sa-stor-01 XL710 p2Trunk40 50 100
5sa-stor-01 XL710 p3Trunk60
6sa-stor-01 XL710 p4Trunk90
7Spare (no 2nd onboard 1GbE on 5049A-T; AQC107 avoided)
8sa-cmp-01 X550-T2 p1 (Corosync shared)Trunk25 30 40 100
9sa-cmp-01 X550-T2 p2Trunk60 90
10sa-cmp-02 X550-T2 p1 (Corosync shared)Trunk25 30 40 100
11sa-cmp-02 X550-T2 p2Trunk60 90
12Emergency admin / spare (relocated 2026-06-08)Access10 or 20
13Spare (freed copper — was XG uplink #2)
14UniFi Gateway Max WAN (demoted, copper RJ45)Access253
15sa-sw-02 uplink — SFP+ DAC (combo slot 15F)Trunk10 20 100 110 120
16sa-sw-03 uplink — SFP+ DAC (combo slot 16F)Trunk10 20 100 110 120

sa-edge-01 WAN (onboard 10G #1) connects directly to the Fios ISP handoff and does not appear in this table.

sa-sw-02 — Access (Edge + Storage)

Handles Proxmox mgmt (VLAN 20) and IPMI (VLAN 10) for sa-edge-01 and sa-stor-01. Uplink via SFP+ DAC to sa-sw-01 slot 15F.

PortDevice / NICModeVLANs
1 (RJ45)sa-edge-01 Proxmox mgmt (onboard 1G #1)Access20
2 (RJ45)sa-edge-01 IPMIAccess10
3 (RJ45)sa-stor-01 Proxmox mgmt (onboard 1G i210)Access20
4 (RJ45)sa-stor-01 IPMIAccess10
5 (SFP+)Uplink → sa-sw-01 slot 15F (SFP+ DAC)Trunk10 20 100 110 120
6 (SFP+)Spare

sa-sw-03 — Access (Compute + AP)

Handles Proxmox mgmt for sa-cmp-01/sa-cmp-02 and powers sa-ap-01 via PoE++. ThinkPads have no IPMI — there are no IPMI connections on this switch. Uplink via SFP+ DAC to sa-sw-01 slot 16F.

PortDevice / NICModeVLANs
1 (RJ45)sa-cmp-01 (P51) Proxmox mgmtAccess20
2 (RJ45)sa-cmp-02 (P52) Proxmox mgmtAccess20
3 (RJ45, PoE++)sa-ap-01 — UniFi U7 Pro XGS (WiFi 7 AP)Native + Taggednative 10, tagged 100 110 120
4 (RJ45, PoE++)Spare — reserved for future 2nd AP
5 (SFP+)Uplink → sa-sw-01 slot 16F (SFP+ DAC)Trunk10 20 100 110 120
6 (SFP+)Spare

Site B Switches

Site B 10.20.0.0/16. Core switch sb-sw-01 (Netgear XS748T, 48-port) plus access switch sb-sw-02 (UniFi USW 24 PoE). sb-sw-01 is L2 only — no routing, no DHCP.

sb-sw-01 — Netgear XS748T (48-port core/data)

Carries Proxmox mgmt, Corosync, VM, K8s, Ceph public, Ceph cluster, and backup VLANs for all five compute nodes. Each node uses 7 ports (mgmt + Corosync + Ceph cluster + 4× X710-T4 trunks). Uses 41 of 48 ports.

PortDevice / NICModeVLANs
1sb-edge-01 OPNsense LAN (onboard 10G #2)Trunk10, 20, 25, 30, 40, 50, 60, 65, 70, 80, 90, 100, 110, 120, 253
2sb-edge-01 Proxmox mgmt (onboard 1G #2)Access20
3sb-edge-01 Corosync (onboard 10G #1)Access25
4sb-cmp-01 mgmt (onboard 1G #1)Access20
5sb-cmp-01 Corosync (onboard 1G #2)Access25
6sb-cmp-01 Ceph cluster (onboard 10G #1)Trunk65
7sb-cmp-01 X710-T4 p1 (VM)Trunk30
8sb-cmp-01 X710-T4 p2Trunk40 50
9sb-cmp-01 X710-T4 p3 (Ceph public)Trunk60
10sb-cmp-01 X710-T4 p4 (backup)Trunk90
11sb-cmp-02 mgmt (onboard 1G #1)Access20
12sb-cmp-02 Corosync (onboard 1G #2)Access25
13sb-cmp-02 Ceph cluster (onboard 10G #1)Trunk65
14sb-cmp-02 X710-T4 p1 (VM)Trunk30
15sb-cmp-02 X710-T4 p2Trunk40 50
16sb-cmp-02 X710-T4 p3 (Ceph public)Trunk60
17sb-cmp-02 X710-T4 p4 (backup)Trunk90
18sb-cmp-03 mgmt (onboard 1G #1)Access20
19sb-cmp-03 Corosync (onboard 1G #2)Access25
20sb-cmp-03 Ceph cluster (onboard 10G #1)Trunk65
21sb-cmp-03 X710-T4 p1 (VM)Trunk30
22sb-cmp-03 X710-T4 p2Trunk40 50
23sb-cmp-03 X710-T4 p3 (Ceph public)Trunk60
24sb-cmp-03 X710-T4 p4 (backup)Trunk90
25sb-cmp-04 mgmt (onboard 1G #1)Access20
26sb-cmp-04 Corosync (onboard 1G #2)Access25
27sb-cmp-04 Ceph cluster (onboard 10G #1)Trunk65
28sb-cmp-04 X710-T4 p1 (VM)Trunk30
29sb-cmp-04 X710-T4 p2Trunk40 50
30sb-cmp-04 X710-T4 p3 (Ceph public)Trunk60
31sb-cmp-04 X710-T4 p4 (backup)Trunk90
32sb-cmp-05 mgmt (onboard 1G #1)Access20
33sb-cmp-05 Corosync (onboard 1G #2)Access25
34sb-cmp-05 Ceph cluster (onboard 10G #1)Trunk65
35sb-cmp-05 X710-T4 p1 (VM)Trunk30
36sb-cmp-05 X710-T4 p2Trunk40 50
37sb-cmp-05 X710-T4 p3 (Ceph public)Trunk60
38sb-cmp-05 X710-T4 p4 (backup)Trunk90
39sb-sw-02 (UniFi USW 24 PoE) uplinkTrunk10 20 100 110 120
40USG Pro WAN (demoted)Access253
41Emergency admin / spareAccess10 or 20

USG Pro WAN — port 40 (source conflict resolved 2026-07-03)

The sb-sw-01 port map table assigns the USG Pro WAN to port 40. An earlier conflict in the vault source (vault/14-site-b-port-map-switching.md prose said port 29) was corrected on 2026-07-03; table and prose now agree. Verify the physical connection before Phase 2 cutover.

sb-edge-01 WAN (onboard 1G #1) connects directly to the ISP handoff and does not appear in this table.

sb-sw-02 — UniFi USW 24 PoE (Access/IPMI)

Carries IPMI (VLAN 10 access) for all six Supermicro nodes (sb-edge-01 plus sb-cmp-01 through sb-cmp-05), plus APs, PoE clients, and trusted/IoT/guest WiFi VLANs. Uplink to sb-sw-01 port 39 carries VLANs 10, 20, 100, 110, 120. Never carries VLANs 25, 30, 40, 50, 60, 65, 70, 80, or 90.

Per-port table not yet available

The vault source (vault/14-site-b-port-map-switching.md) does not provide a per-port table for sb-sw-02. Known connections: 6× IPMI on VLAN 10 access, uplink to sb-sw-01 port 39 (Trunk 10, 20, 100, 110, 120). Full port assignments are an open item in the source.

  • Site A Port Map — full cabling rationale, NIC decisions, and open items for Site A
  • Site B Port Map — full cabling rationale, NIC decisions, and open items for Site B
  • VLAN Reference — VLAN IDs, subnets, and gateway assignments
  • IP Tables — master IP reference by host and VLAN

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