annotations:
  - border_color: '#808080FF'
    border_radius: 0
    border_style: ''
    color: '#316C3FB2'
    thickness: 1
    type: rectangle
    x1: -480.0
    y1: 40.0
    x2: 280.0
    y2: 80.0
    z_index: 0
  - border_color: '#00000000'
    border_style: ''
    color: '#D93D3D'
    rotation: 0
    text_bold: false
    text_content: Trunk
    text_font: monospace
    text_italic: false
    text_size: 23
    text_unit: pt
    thickness: 1
    type: text
    x1: -400.0
    y1: 80.0
    z_index: 1
  - border_color: '#808080FF'
    border_radius: 0
    border_style: ''
    color: '#D23EB4'
    thickness: 1
    type: rectangle
    x1: -600.0
    y1: -120.0
    x2: 160.0
    y2: 120.0
    z_index: 2
  - border_color: '#808080FF'
    border_radius: 0
    border_style: ''
    color: '#D23EB4'
    thickness: 1
    type: rectangle
    x1: -240.0
    y1: 200.0
    x2: 160.0
    y2: 160.0
    z_index: 2
  - border_color: '#808080FF'
    border_radius: 0
    border_style: ''
    color: '#3EADD2'
    thickness: 1
    type: rectangle
    x1: -600.0
    y1: 200.0
    x2: 160.0
    y2: 160.0
    z_index: 2
  - border_color: '#808080FF'
    border_radius: 0
    border_style: ''
    color: '#3EADD2'
    thickness: 1
    type: rectangle
    x1: -240.0
    y1: -160.0
    x2: 160.0
    y2: 160.0
    z_index: 2
  - border_color: '#00000000'
    border_style: ''
    color: '#F6FF3F'
    rotation: 0
    text_bold: true
    text_content: VLAN 20
    text_font: monospace
    text_italic: false
    text_size: 12
    text_unit: pt
    thickness: 1
    type: text
    x1: -600.0
    y1: 200.0
    z_index: 3
  - border_color: '#00000000'
    border_style: ''
    color: '#F6FF3F'
    rotation: 0
    text_bold: true
    text_content: VLAN 20
    text_font: monospace
    text_italic: false
    text_size: 12
    text_unit: pt
    thickness: 1
    type: text
    x1: -200.0
    y1: -160.0
    z_index: 3
  - border_color: '#808080FF'
    border_radius: 0
    border_style: ''
    color: '#3EADD2'
    thickness: 1
    type: rectangle
    x1: -960.0
    y1: -40.0
    x2: 160.0
    y2: 120.0
    z_index: 2
  - border_color: '#00000000'
    border_style: ''
    color: '#28FF73'
    rotation: 0
    text_bold: false
    text_content: VLAN 30
    text_font: monospace
    text_italic: false
    text_size: 12
    text_unit: pt
    thickness: 1
    type: text
    x1: -560.0
    y1: -120.0
    z_index: 4
  - border_color: '#00000000'
    border_style: ''
    color: '#28FF73'
    rotation: 0
    text_bold: false
    text_content: VLAN 30
    text_font: monospace
    text_italic: false
    text_size: 12
    text_unit: pt
    thickness: 1
    type: text
    x1: -200.0
    y1: 320.0
    z_index: 4
  - border_color: '#808080FF'
    border_radius: 0
    border_style: ''
    color: '#D23EB4'
    thickness: 1
    type: rectangle
    x1: -960.0
    y1: 120.0
    x2: 160.0
    y2: 120.0
    z_index: 2
  - border_color: '#00000000'
    border_style: ''
    color: '#28FF73'
    rotation: 0
    text_bold: false
    text_content: VLAN 30
    text_font: monospace
    text_italic: false
    text_size: 12
    text_unit: pt
    thickness: 1
    type: text
    x1: -920.0
    y1: 120.0
    z_index: 4
  - border_color: '#00000000'
    border_style: ''
    color: '#F6FF3F'
    rotation: 0
    text_bold: true
    text_content: VLAN 20
    text_font: monospace
    text_italic: false
    text_size: 12
    text_unit: pt
    thickness: 1
    type: text
    x1: -920.0
    y1: -40.0
    z_index: 3
  - border_color: '#00000000'
    border_style: ''
    color: '#808080FF'
    rotation: 0
    text_bold: false
    text_content: ''
    text_font: monospace
    text_italic: false
    text_size: 12
    text_unit: pt
    thickness: 1
    type: text
    x1: -920.0
    y1: 0.0
    z_index: 5
  - border_color: '#00000000'
    border_style: ''
    color: '#F6FF3F'
    rotation: 0
    text_bold: false
    text_content: |-
      VLAN 20
      192.168.1.0 /24
    text_font: monospace
    text_italic: false
    text_size: 12
    text_unit: pt
    thickness: 1
    type: text
    x1: -960.0
    y1: 0.0
    z_index: 6
  - border_color: '#00000000'
    border_style: ''
    color: '#28FF73'
    rotation: 0
    text_bold: false
    text_content: |-
      VLAN 30
      192.168.20.0 /24
    text_font: monospace
    text_italic: false
    text_size: 12
    text_unit: pt
    thickness: 1
    type: text
    x1: -960.0
    y1: 160.0
    z_index: 4
  - border_color: '#00000000'
    border_style: ''
    color: '#F6FF3F'
    rotation: 0
    text_bold: false
    text_content: '.10'
    text_font: monospace
    text_italic: false
    text_size: 12
    text_unit: pt
    thickness: 1
    type: text
    x1: -480.0
    y1: 280.0
    z_index: 7
  - border_color: '#00000000'
    border_style: ''
    color: '#F6FF3F'
    rotation: 0
    text_bold: false
    text_content: '.20'
    text_font: monospace
    text_italic: false
    text_size: 12
    text_unit: pt
    thickness: 1
    type: text
    x1: -240.0
    y1: -80.0
    z_index: 7
  - border_color: '#00000000'
    border_style: ''
    color: '#28FF73'
    rotation: 0
    text_bold: false
    text_content: '.10'
    text_font: monospace
    text_italic: false
    text_size: 12
    text_unit: pt
    thickness: 1
    type: text
    x1: -480.0
    y1: 0.0
    z_index: 8
  - border_color: '#00000000'
    border_style: ''
    color: '#28FF73'
    rotation: 0
    text_bold: false
    text_content: '.30'
    text_font: monospace
    text_italic: false
    text_size: 12
    text_unit: pt
    thickness: 1
    type: text
    x1: -120.0
    y1: 240.0
    z_index: 9
nodes:
  - boot_disk_size: null
    configuration: []
    cpu_limit: null
    cpus: null
    data_volume: null
    hide_links: false
    id: n0
    image_definition: null
    label: SW1
    node_definition: iosvl2
    parameters: {}
    ram: null
    tags: []
    x: -480
    y: 80
    interfaces:
      - id: i0
        label: Loopback0
        type: loopback
      - id: i1
        label: GigabitEthernet0/0
        slot: 0
        type: physical
      - id: i2
        label: GigabitEthernet0/1
        slot: 1
        type: physical
      - id: i3
        label: GigabitEthernet0/2
        slot: 2
        type: physical
      - id: i4
        label: GigabitEthernet0/3
        slot: 3
        type: physical
      - id: i5
        label: GigabitEthernet1/0
        slot: 4
        type: physical
      - id: i6
        label: GigabitEthernet1/1
        slot: 5
        type: physical
      - id: i7
        label: GigabitEthernet1/2
        slot: 6
        type: physical
      - id: i8
        label: GigabitEthernet1/3
        slot: 7
        type: physical
      - id: i9
        label: GigabitEthernet2/0
        slot: 8
        type: physical
      - id: i10
        label: GigabitEthernet2/1
        slot: 9
        type: physical
      - id: i11
        label: GigabitEthernet2/2
        slot: 10
        type: physical
      - id: i12
        label: GigabitEthernet2/3
        slot: 11
        type: physical
      - id: i13
        label: GigabitEthernet3/0
        slot: 12
        type: physical
      - id: i14
        label: GigabitEthernet3/1
        slot: 13
        type: physical
      - id: i15
        label: GigabitEthernet3/2
        slot: 14
        type: physical
      - id: i16
        label: GigabitEthernet3/3
        slot: 15
        type: physical
  - boot_disk_size: null
    configuration: []
    cpu_limit: null
    cpus: null
    data_volume: null
    hide_links: false
    id: n1
    image_definition: null
    label: SW2
    node_definition: iosvl2
    parameters: {}
    ram: null
    tags: []
    x: -200
    y: 80
    interfaces:
      - id: i0
        label: Loopback0
        type: loopback
      - id: i1
        label: GigabitEthernet0/0
        slot: 0
        type: physical
      - id: i2
        label: GigabitEthernet0/1
        slot: 1
        type: physical
      - id: i3
        label: GigabitEthernet0/2
        slot: 2
        type: physical
      - id: i4
        label: GigabitEthernet0/3
        slot: 3
        type: physical
      - id: i5
        label: GigabitEthernet1/0
        slot: 4
        type: physical
      - id: i6
        label: GigabitEthernet1/1
        slot: 5
        type: physical
      - id: i7
        label: GigabitEthernet1/2
        slot: 6
        type: physical
      - id: i8
        label: GigabitEthernet1/3
        slot: 7
        type: physical
      - id: i9
        label: GigabitEthernet2/0
        slot: 8
        type: physical
      - id: i10
        label: GigabitEthernet2/1
        slot: 9
        type: physical
      - id: i11
        label: GigabitEthernet2/2
        slot: 10
        type: physical
      - id: i12
        label: GigabitEthernet2/3
        slot: 11
        type: physical
      - id: i13
        label: GigabitEthernet3/0
        slot: 12
        type: physical
      - id: i14
        label: GigabitEthernet3/1
        slot: 13
        type: physical
      - id: i15
        label: GigabitEthernet3/2
        slot: 14
        type: physical
      - id: i16
        label: GigabitEthernet3/3
        slot: 15
        type: physical
  - boot_disk_size: null
    configuration: []
    cpu_limit: null
    cpus: null
    data_volume: null
    hide_links: false
    id: n2
    image_definition: null
    label: desktop-0
    node_definition: desktop
    parameters: {}
    ram: null
    tags: []
    x: -520
    y: -80
    interfaces:
      - id: i0
        label: eth0
        slot: 0
        type: physical
  - boot_disk_size: null
    configuration: []
    cpu_limit: null
    cpus: null
    data_volume: null
    hide_links: false
    id: n3
    image_definition: null
    label: desktop-1
    node_definition: desktop
    parameters: {}
    ram: null
    tags: []
    x: -520
    y: 320
    interfaces:
      - id: i0
        label: eth0
        slot: 0
        type: physical
  - boot_disk_size: null
    configuration: []
    cpu_limit: null
    cpus: null
    data_volume: null
    hide_links: false
    id: n4
    image_definition: null
    label: desktop-2
    node_definition: desktop
    parameters: {}
    ram: null
    tags: []
    x: -160
    y: -80
    interfaces:
      - id: i0
        label: eth0
        slot: 0
        type: physical
  - boot_disk_size: null
    configuration: []
    cpu_limit: null
    cpus: null
    data_volume: null
    hide_links: false
    id: n5
    image_definition: null
    label: desktop-3
    node_definition: desktop
    parameters: {}
    ram: null
    tags: []
    x: -160
    y: 280
    interfaces:
      - id: i0
        label: eth0
        slot: 0
        type: physical
links:
  - id: l0
    n1: n0
    n2: n1
    i1: i16
    i2: i16
    conditioning: {}
    label: SW1-GigabitEthernet3/3<->SW2-GigabitEthernet3/3
  - id: l1
    n1: n3
    n2: n0
    i1: i0
    i2: i1
    conditioning: {}
    label: desktop-1-eth0<->SW1-GigabitEthernet0/0
  - id: l2
    n1: n2
    n2: n0
    i1: i0
    i2: i2
    conditioning: {}
    label: desktop-0-eth0<->SW1-GigabitEthernet0/1
  - id: l3
    n1: n4
    n2: n1
    i1: i0
    i2: i2
    conditioning: {}
    label: desktop-2-eth0<->SW2-GigabitEthernet0/1
  - id: l4
    n1: n5
    n2: n1
    i1: i0
    i2: i1
    conditioning: {}
    label: desktop-3-eth0<->SW2-GigabitEthernet0/0
lab:
  description: ''
  notes: |-
    Lab guide for 2.1 Configure and verify VLANs (normal range) spanning multiple switches

    In this lab, you will create VLANs on both switches in the topology, assign VLANs to switch access ports,verify that VLANs are working as expected, and then create a VLAN trunk between the two switches to allow hosts in the same VLAN to communicate through the trunk, regardless of which switch the host is actually attached to.



    Step 1: For each Switch, Configure the hostname according to the Topology.

    Step 2: Configure the ports between the two switches as trunk ports as per the Topology.

    Step 3: Create the VLANs listed on the Topology on each switch, then Assign the relevant VLAN to the corresponding ports listed on the Topology as Access ports EG: VLAN 30 to desktop-3.

    Step 4: Copy the Running configuration to the startup configuration on each switch.

    Step 5: Assign the relevant IP Addresses to the end devices within each VLAN as per the Topology.

    Step 6. Verify on each switch that the correct port is assigned. Using the show vlan brief command.

    Step 7: Verify connectivity between devices within the same VLAN across other switches.
  title: Lab at Mon 08:49 AM
  version: 0.2.2
