LTRDCT-3077
Deploying a
Cisco Data Center
Jeff Lester – Solutions Integration Architect
Matt Tarkington – Consulting Engineer
Cisco Spark
Questions?
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1.
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© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public
Lab Proctors
Matt Tarkington
Jeff Lester
Consulting Engineer Services
Solution Validation Services
mtarking@cisco.com
Solutions Integration Architect
Advanced Services
jlester@cisco.com
LTRDCN-3077
© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public
4
Agenda
•
Introduction
•
Pod Overview
•
Hands on Lab
1.
2.
3.
4.
5.
6.
7.
Configure VXLAN EVPN
Configure UCSM LAN
Configure UCSM SAN
Configure UCSM Server
Configure VXLAN Multi-Pod using NX-API
Verify UCS & VXLAN EVPN
(Optional) Configure OTV
About the Lab
About the Lab
•
Cisco AnyConnect is used to connect to the
lab environment
•
Connect to 64.102.250.58
• Username is ciscolive
• Password is C1sc0L1v32017
•
Each student has a specific POD for the lab
•
PODXY
•
•
•
RDP
X = Pod Number (1-8)
Y = Student ID (A or B)
RDP is used to access the lab at Cisco Live
•
IP Address is 10.99.1.1X
• Username is podXa or podXb
• Password is cisco.123
LTRDCN-3077
© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public
7
Nexus 7000
Nexus 7000
PSU
FAN
SU P
IOM
PSU
N7K-Spine-A
FAN
STATUS
FAN
SU P
IOM
N7K-Spine-B
FAN
STATUS
ID
ID
Cisco Nexus 7004
Pod Topology
CONSOLE
N7K-SU P2E
1
K
LIN
2
RE EJ
QU EC
ES T
T
CT EST
EJEEQU
R
2
CONSOLE
MGMT
LOG
F LASH
1
RE EJ
Q EC
UES T
T
T
CT ES
EJEEQU
R
2
MGMT
LOG
F LASH
Cisco Nexus 7004
PORT GROUP
1
3
1
3
4
5
PORT GRO UP
4
6
7
PORT GROUP
6
8
9
10
11
PORT GRO UP
1
3
12
1
STATUS
PORT GROUP
1
PORT GROUP
2
PORT GRO UP
3
PORT GRO UP
4
SLOT0
LOG
FLASH
SLOT0
2
3
4
5
6
7
8
9
10
11
N7K-AC-3KW IN
OUT FAU LT ID
O
16 A
12
13
14
15
16
17
18
19
20
21
22
23
24
100 -240 V ~
25
16 A
26
27
28
29
PORT GRO UP
3
2
3
4
5
31
32
33
34
35
7
37
PORT G ROUP
1
38
39
40
41
42
43
44
45
46
47
48
1
16 A
50 /60 Hz
N 7K-AC-3KW IN
OUT FAULT ID
O
2
3
4
5
6
PORT G ROUP
2
7
8
9
10
11
100 -240 V ~
16 A
N7K-AC-3KW IN
OUT FAULT ID
O
I
I
50 /60 Hz
100 -240 V ~
12
13
PORT GROUP
3
14
15
16
17
18
19
20
21
23
16 A
50 /60 Hz
I
100 -240 V ~
1/52
24
F3
25
16 A
7
8
9
10 11
12 13
14 15
16
17
18
19
20
21
22
23
24 25
26 27
28 29
2
3
4
5
6
7
8
9
10 11
12 13
14 15
16
17
18
19
20
21
22
23
24 25
26 27
28 29
30 31
31
32
33
34
35
36
37
38
39
N 7K-AC-3KW IN
16 A
50 /60 Hz
40
41
42
43
44
45
46
47
48
OUT FAULT ID
O
100 -240 V ~
16 A
50 /60 Hz
1/52
1/9-16
vPC X2
CISCO UCS
6248UP
UCS6200-A
1
2
3
4
5
6
7
8
9
10 11
12 13
vPC X4
14 15
16
17
18 19
20 21
22
23
24 25
26 27
28 29
30 31
32
UCS6200-B
ID
STAT
UCS 6200
UCS 6200
1/17-18
1/1-8
1/1-8
PoX6
UCS 5108
4 x B240 M2
Nexus 5500
1
PORT GRO UP
5
30
Nexus 9300
32
1/17-18
CISCO NEXUS
5548
NUP
29
I
100 -240 V ~
50 /60 Hz
28
N9K-Leaf-B
STAT
PoX5
27
1/49-50
PoX0
vPC X3
30 31
ID
26
OUT FAULT ID
O
1/51
1/49-50
vPC X1
6
12
3/ {2,6,10}
1/9-16
5
11
PORT GRO UP
6
N 7K-AC-3KW IN
N9K-Leaf-A
4
10
PORT GROUP
4
22
OUT FAU LT ID
O
3/ {1,5,9}
3/ {2,6,10}
Nexus 9300
3
9
PORT G ROUP
5
PORT G ROUP
6
100 -240 V ~
50 /60 Hz
36
I
1/51
2
PO RT GROUP
6
8
PO RT GROUP
2
N7K-AC-3KW IN
3/ {1,5,9}
1
T
SE
RE
PORT GROUP
4
6
ID
PORT GROUP
5
30
OUT FAU LT ID
O
I
50 /60 Hz
F3
N7K-AC-3KW IN
OUT FAU LT ID
O
I
100 -240 V ~
CISCO UCS
6248UP
T
SE
RE
RE EJ
Q EC
UES T
T
4
1
I
RE EJ
QU EC
ES T
T
LOG
FLASH
T
CT ES
EJEEQU
R
2
ET H
PORT GROUP
5
4
N7K-AC-3KW IN
1
HOST PO RTS
MG MT
N7K-F312FQ-25
ID
PO RT GROUP
2
T
AC
T
GM
E
EM
IV
RM
ST
CT
SY
A
PW
US
AT
ST
CT EST
EJEEQU
R
ET H
K
LIN
SERIAL PORT
PORT GROUP
3
2
1
2
MG MT
CONSOLE
ID
ESD
T
AC
HOST PO RTS
SERIAL PORT
ET H
N7K-F312FQ-25
STATUS
US
AT
ST
2
T
SE
RE
SL OT0
K
LIN
MT
E
EM
MG
R
ST
TIV
SY
AC
PW
ID
N7K-SU P2E
T
AC
H OST PO RTS
SERIAL PORT
1
T
SE
RE
SL OT0
ET H
K
LIN
T
GM
E
EM
IV
RM
ST
CT
SY
A
PW
ID S
U
AT
ST
ESD
1
H OST PO RTS
SERIAL PORT
CONSOLE
N7K-SU P2E
T
AC
MT
E
EM
MG
R
ST
TIV
SY
AC
PW
ID S
U
AT
ST
N7K-SU P2E
Nexus 5500
32
CISCO NEXUS
5548
NUP
1
2
3
4
5
6
7
8
9
10 11
12 13
14 15
16
17
18
19
20
21
22
23
24 25
26 27
28 29
30 31
32
UCS B440 M1 /M2
N5K-SAN-A
3
ID
STAT
2
A
G
0 S
03 A
0- S B
30 k0 G
00
A 1 3
U C S 5108
!
2
A
G
0 S
03 A
0- S B
30 k0 G
00
A 1 3
!
!
2
A
G
0 S
03 A
0- S B
30 k0 G
00
A 1 3
!
2
A
G
0 S
03 A
0- S B
30 k0 G
00
A 1 3
!
SLOT
SLOT
SLOT
1
1
2
2
!
C o nso le
R ese t
C o nso le
R ese t
2
A
G
00 S
30 A
B
- S G
30 k0 00
A 1 3
!
2
A
G
00 S
30 A
B
- S G
30 k0 00
A 1 3
!
!
2
A
G
00 S
30 A
B
- S G
30 k0 00
A 1 3
!
2
A
G
00 S
30 A
B
- S G
30 k0 00
A 1 3
ID
STAT
1/19
UCS B440 M1 /M2
1/19
N5K-SAN-B
3
!
SL OT
!
SL OT
3
SLOT
SLOT
1
2
!
SLOT
4
UCS B440 M1 /M2
2
A
G
00 S
30 A
B
- S G
30 k0 00
A 1 3
!
2
A
G
00 S
30 A
B
- S G
30 k0 00
A 1 3
!
2
A
G
00 S
30 A
B
- S G
30 k0 00
A 1 3
!
2
A
G
00 S
30 A
B
- S G
30 k0 00
A 1 3
!
2
A
G
0 S
03 A
0- S B
30 k G
0
A 01 03
!
2
A
G
0 S
03 A
0- S B
30 k G
0
A 01 03
!
2
A
G
0 S
03 A
0- S B
30 k G
0
A 01 03
!
2
A
G
0 S
03 A
0- S B
30 k G
0
A 01 03
!
!
SL OT
SLOT
5
1
SLOT
2
!
C o nso le
SLO T
6
R ese t
UCS B440 M1 /M2
!
SL OT
7
SLOT
1
!
C o nso le
SLOT
SLOT
2
8
R ese t
DS-X9708 -K9
DS-X9708 - K9
STATU S
OK
10 -G b p s8 -po rt F Co E Mo d u l e
1
2
3
4
LINK
5
6
7
FAIL
OK
FAIL
OK
FAIL
OK
FAIL
8
STAT US
DS-X9708 -K9
10 -Gb p s8 -p o rt FCo E Mo d u l e
1
2
3
4
LINK
5
6
7
8
DS-X9708 -K9
STATU S
VSAN 901
10 -G b p s8 -p o rt F Co E Mo d u l e
1
2
3
4
LINK
5
6
7
8
ST ATU S
D S-X9
2 2 4-9 6 K9
1 /2 / 4/ 8 G b ps
24 -p ort
F C M o d ul e
10 -G b p s8 -po rt F Co E Mo du l e
D S-X9
2 2 4-9
6 K9
1
1 /2 / 4 /8 G b p s 24 -p ort
2
3
4
LINK
5
6
7
15
16
8
F C M o d ul e
ST ATUS
LINK
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
STATU S
LINK
1
2
3
4
5
6
7
8
9
10
11
12
13
14
17
18
19
20
21
22
23
D S - X9530 -SF 2 - K9
T
M
M
G
S
E
E
T
IV
TU
RM
A
YS
CT
W
ST
S
A
P
ET
S
RE
MG MT
CO N SO LE 10 /100
LINK
COM
1
24
VSAN 902
D S - X9530 -SF 2- K9
USB 1
USB 2
AC T
SU PER VI SO R2
MT
S
E
G
EM
TU
IV
ST
T
RM
TA
SY
AC
S
PW
T
SE
RE
MT
S
M
G
E
TU
TE
IV
T
RM
TA
YS
C
W
S
S
A
P
ET
ES
R
MG MT
CO N SO L E 10 /100
LINK
MG MT
C ON SO L E 10/100
LINK
COM
1
U SB 1
U SB 2
AC T
D S - X9530 -SF 2- K9
SU PER VI SO R2
GMT
S
M
E
E
TU
IV
ST
T
RM
A
T
S
SY
AC
PW
T
SE
RE
MG MT
CO N SO L E 10 /100
LINK
COM
1
AC T
D S- X 9530 - SF 2- K9
U SB 1
U SB 2
SU PER VI SO R2
AC T
SU PER
Core 9506
COM
1
U SB 1
U SB 2
VI SO R2
Core 9506
LTRDCN-3077
© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public
8
About the Lab
•
Web based lab guide
•
Make sure you select the right POD from
the menu
•
Stick to using Google Chrome
•
Table Toppers have POD and access
information
http://dc.ciscolive.com
LTRDCN-3077
© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public
9
About the Lab
•
Web based lab guide
•
Make sure you select the right POD from
the menu
•
Stick to using Google Chrome
•
Table Toppers have POD and access
information
http://dc.ciscolive.com
Pod XY
Topology
Connection Info
LTRDCN-3077
© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public
10
Lab 1
VXLAN EVPN
VXLAN Overview
Classic Ethernet Frame
802.1Q
Limitations in Layer-2 Data Centers
•
DMAC SMAC
Payload
CRC
Traditionally VLAN is expressed
over 12 bits (802.1Q tag)
•
Limits the maximum number of
segments in a Data Center to 4096
VLANs
Destination MAC (DMAC)
Source MAC (SMAC)
4 bytes
•
Etype
Spanning-Tree for loop prevention
802.1Q
TPID
0x8100
(16 bits)
TCI
PCP
(3 bits)
CFI
(1 bits)
VID
(12 bits)
Ether Type (Etype)
•
Inefficient use of links
• Slow convergence
Data (Payload)
CRC/FCS
VLAN ID
12 bits
TPID = Tag Protocol Identifier, TCI = Tag Control Information,
PCP = Priority Code Point,
CFI = Canonical Format Indicator, VID = VLAN Identifier
LTRDCN-3077
© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public
12
VXLAN Overview
Enter VXLAN...
•
Uses Layer 3 Data Center Fabric
•
No need for Spanning-Tree Protocol
• Equal-Cost Multi-Path (ECMP)
• Uses IP/UDP header (MAC in IP/UDP)
• Divided into Underlay and Overlay(s)
•
VXLAN leverages the VXLAN
Network Identifier (VNI/VNID) field
•
Total address space of 24 bits
• Support of ~16M segments
LTRDCN-3077
© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public
13
VXLAN Overview
Enter VXLAN...
•
Uses Layer 3 Data Center Fabric
•
No need for Spanning-Tree Protocol
• Equal-Cost Multi-Path (ECMP)
• Uses IP/UDP header (MAC in IP/UDP)
• Divided into Underlay and Overlay(s)
•
VXLAN leverages the VXLAN
Network Identifier (VNI/VNID) field
•
Total address space of 24 bits
• Support of ~16M segments
LTRDCN-3077
© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public
13
VXLAN Overview
•
Enter VXLAN...
•
Uses Layer 3 Data Center Fabric
VXLAN leverages the VXLAN
Network Identifier (VNI/VNID) field
•
Total address space of 24 bits
• Support of ~16M segments
•
No need for Spanning-Tree Protocol
• Equal-Cost Multi-Path (ECMP)
• Uses IP/UDP header (MAC in IP/UDP)
• Divided into Underlay and Overlay(s)
802.1Q header removed
802.1Q
802.1Q
DMAC SMAC
Etype
Payload
CRC
Classic Ethernet
Frame
Original Layer 2 Frame
VXLAN
Frame
Outer
MAC
Outer
IP
UDP
VXLAN
DMAC SMAC Etype
14B
20B
8B
8B
14B
Payload
CRC
(new)
4B
20B + 8B +8B + 14B* = 50 Bytes
of total overhead
LTRDCN-3077
© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public
14
Next-Hop MAC Address
VXLAN Frame Format
Underlay
Outer IP Header
UDP Header
48
Src. MAC Address
48
VLAN Type
0x8100
16
VLAN ID
Tag
16
Ether Type
0x0800
16
Source
Port
16
VXLAN Port
16
14 Bytes
(4 Bytes Optional)
UDP Length
16
Checksum 0x0000
16
VXLAN Header
Original Layer-2 Frame
IP Header
Misc. Data
72
Protocol 0x11 (UDP)
8
Header
Checksum
16
Source IP
32
Dest. IP
32
UDP 4789
VXLAN Flags
RRRRIRRR
8
Reserved
24
VNI
24
Reserved
8
8 Bytes
LTRDCN-3077
20 Bytes
Src and Dst
addresses of the
VTEPs
Hash of the inner L2/L3/L4 headers of
the original frame.
Enables entropy for ECMP Load
balancing in the Network.
8 Bytes
Overlay
50 (54) Bytes of Overhead
Outer MAC Header
Src VTEP MAC Address
Dest. MAC Address
Allows for 16M
possible
Segments
© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public
15
VXLAN EVPN Overview
•
Workload MAC and IP Addresses learnt by VXLAN Edge Devices (NVEs)
•
Multi-Protocol BGP (MP-BGP) based Control-Plane using EVPN NLRI (Network
Layer Reachability Information)
•
•
Forward based on MAC or IP address learnt via Control-Plane (MP-BGP EVPN)
Make Forwarding decisions at VTEPs for Layer-2 (MAC) and Layer-3 (IP);
Integrated Route/Bridge (IRB)
Bridge – L2 VNI
• Route – L3VNI
•
•
Reduce impact of ARP on the Network using ARP Suppression
•
Leverage Distributed Anycast Gateway capabilities
•
Host/IP Mobility – Location (VTEP), Identifier (MAC, IP of End-Host)
LTRDCN-3077
© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public
16
VXLAN EVPN Overview – Control Plane
•
Cisco’s VXLAN/EVPN does provide
automated Route Distinguisher (RD)
•
Automatic uses Type 1 format
• 4-byte IP Address (Router ID)
• 4-byte Value (VRF ID)
vrf context VRF-A
vni 50000
rd auto
address-family ipv4
route-target both
route-target both
address-family ipv6
route-target both
route-target both
VRF Info
Name:
VRF-A
RD:
15:10.0.0.2 (auto)
Name:
VRF-A
Imp
Route-Target
RD:
3:10.0.0.1 (auto) RR
RR 65500:50000 (auto)
Exp
Route-Target
65500:50000 (auto)
Imp Route-Target 65500:50000
VRF Info (auto)
Exp Route-Target 65500:50000
(auto)VRF-A
Name:
VRF Info
RD:
62:10.0.0.3 (auto)
Imp Route-Target 65500:50000 (auto)
Exp Route-Target 65500:50000 (auto)
V2
V1
unicast
auto
auto evpn
unicast
auto
auto evpn
RR
V3
LTRDCN-3077
BGP Route-Reflector
iBGP Peering
© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public
17
VXLAN EVPN Overview – Control Plane
•
BGP Advertisement
VPN-EVPN:
RD:[MAC_A][IP_A]
BGP Next-Hop: V1
Route Target: 65500:50000
Label (L3VNI): 50000
Cisco’s VXLAN/EVPN does provide
automated Route Target (RT)
•
8-byte Route Target (2 x 4-byte)
• ASN : VNI
vrf context VRF-A
vni 50000
rd auto
address-family ipv4
route-target both
route-target both
address-family ipv6
route-target both
route-target both
RR
RR
MAC_A / IP_A >> LOCAL
Route-Type2
V2
V1
unicast
auto
auto evpn
unicast
auto
auto evpn
MAC_A / IP_A >> V1
Route-Type2
RR
V3
BGP Route-Reflector
iBGP Peering
Host A
MAC_A /
IP_A
LTRDCN-3077
© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public
18
VXLAN EVPN – ARP Handling on Lookup “Miss” (1)
RR
MAC, IP
VNI
NH
MAC_C, IP_C
30001
IP_V3
MAC_Y, IP_Y
30002
IP_V3
RR
VNI
NH
MAC_A, IP_A
30001
IP_V1
MAC_C, IP_C
30001
IP_V3
MAC_Y, IP_Y
30002
IP_V3
V2
V1
Host A
MAC_A / IP_A
MAC, IP
V3
MAC, IP
VNI
NH
MAC_A, IP_A
30001
IP_V1
Host B
MAC_B / IP_B
Virtual Switch
Host C
MAC_C / IP_C
LTRDCN-3077
Host Y
MAC_Y / IP_Y
© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public
19
VXLAN EVPN – ARP Handling on Lookup “Miss” (1)
RR
MAC, IP
Missing
“B”VNI
NH
MAC_C, IP_C
30001
IP_V3
MAC_Y, IP_Y
30002
IP_V3
ARP Request for IP_B
Src MAC: MAC_A
Dst MAC: FF:FF:FF:FF:FF:FF
2
Host A
MAC_A / IP_A
ARP Request sent for IP_B sent from Host A
MAC, IP
VNI
NH
MAC_A, IP_A
30001
IP_V1
MAC_C, IP_C
30001
IP_V3
MAC_Y, IP_Y
30002
IP_V3
V2
V1
ARP Request for IP_B
Src MAC: MAC_A
Dst MAC: FF:FF:FF:FF:FF:FF
2
1
1
RR
V3
MAC, IP
VNI
NH
MAC_A, IP_A
30001
IP_V1
ARP Request for IP_B
Src MAC: MAC_A
Dst MAC: FF:FF:FF:FF:FF:FF
Host B
MAC_B / IP_B
Virtual Switch
2
Miss of IP_B. Forward ARP Request to all
Ports except source-port (ARP snooping)
Host C
MAC_C / IP_C
LTRDCN-3077
Host Y
MAC_Y / IP_Y
© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public
19
VXLAN EVPN – ARP Handling on Lookup “Miss” (2)
RR
RR
MAC, IP
VNI
NH
MAC, IP
VNI
NH
MAC_A, IP_A
30001
IP_V1
MAC_C, IP_C
30000
V3
MAC_C, IP_C
30001
IP_V3
MAC_Y, IP_Y
30001
V3
MAC_Y, IP_Y
30002
IP_V3
V2
V1
ARP Response from IP_B
Src MAC: MAC_B
Dst MAC: MAC_A
3
Host A
MAC_A / IP_A
3
MAC, IP
VNI
NH
MAC_A, IP_A
30000
V1
V3
Host B
MAC_B / IP_B
ARP Response is sent to V2
Virtual Switch
Host C
MAC_C / IP_C
LTRDCN-3077
Host Y
MAC_Y / IP_Y
© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public
20
VXLAN EVPN – ARP Handling on Lookup “Miss” (2)
RR
ARP Response for IP_B
Src MAC: MAC_B
Dst MAC: MAC_A
MAC, IP
VNI
NH
MAC_C, IP_C
30000
30001
V3
IP_V3
MAC_Y, IP_Y
30001
30002
V3
IP_V3
MAC_B, IP_B
30001
IP_V2
V1
RR
4
MAC, IP
VNI
NH
MAC_A, IP_A
30001
IP_V1
MAC_C, IP_C
30001
IP_V3
MAC_Y, IP_Y
30002
IP_V3
V2
ARP Response from IP_B
Src MAC: MAC_B
Dst MAC: MAC_A
4
3
Host A
MAC_A / IP_A
3
V3
MAC, IP
VNI
NH
MAC_A, IP_A
30000
30001
V1
IP_V1
MAC_B, IP_B
30001
IP_V2
Host B
MAC_B / IP_B
ARP Response is sent to V2
Virtual Switch
4
V2 will populate this information in the
control-plane (learn) and forward it subsequently
Host C
MAC_C / IP_C
LTRDCN-3077
Host Y
MAC_Y / IP_Y
© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public
20
VXLAN EVPN – Packet Forwarding (Bridging)
RR
RR
MAC, IP
VNI
NH
MAC, IP
VNI
NH
MAC_A, IP_A
30001
Local
MAC_B, IP_B
30001
Local
MAC_B, IP_B
30001
IP_V2
MAC_A, IP_A
30001
IP_V1
V2
V1
Host A
MAC_A / IP_A
V3
Host B
MAC_B / IP_B
LTRDCN-3077
© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public
21
VXLAN EVPN – Packet Forwarding (Bridging)
RR
RR
MAC, IP
VNI
NH
MAC, IP
VNI
NH
MAC_A, IP_A
30001
Local
MAC_B, IP_B
30001
Local
MAC_B, IP_B
30001
IP_V2
MAC_A, IP_A
30001
IP_V1
SMAC: MAC_A
DMAC: MAC_B
V2
V1
SIP: IP_A
DIP: IP_B
SMAC: MAC_A
DMAC: MAC_B
SIP: IP_A
DIP: IP_B
1
2
Host A
MAC_A / IP_A
VXLAN VNID: 30001
SIP: IP_A
DIP: IP_B
Underlay
Host B
MAC_B / IP_B
UDP
VXLAN VNID: 30001
Overlay
SMAC: MAC_A
DMAC: MAC_B
SIP: IP_V1
DIP: IP_V2
V3
UDP
4
SMAC: MAC_A
DMAC: MAC_B
Overlay
SIP: IP_V1
DIP: IP_V2
3
SMAC: hop-by-hop
DMAC: MAC_V2
Underlay
SMAC: MAC_V1
DMAC: hop-by-hop
SIP: IP_A
DIP: IP_B
LTRDCN-3077
© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public
21
VXLAN EVPN – Packet Forwarding (Routing)
RR
RR
MAC, IP
VNI
NH
VRF
MAC, IP
VNI
NH
VRF
MAC_A, IP_A
30001
Local
50001
MAC_A, IP_A
30001
Local
50001
MAC_F, IP_F
30005
IP_V2
50001
MAC_F, IP_F
30005
E1/4
50001
V2
V1
Host A
MAC_A / IP_A
V3
Host F
MAC_F, IP_F
LTRDCN-3077
© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public
22
VXLAN EVPN – Packet Forwarding (Routing)
RR
RR
MAC, IP
VNI
NH
VRF
MAC, IP
VNI
NH
VRF
MAC_A, IP_A
30001
Local
50001
MAC_A, IP_A
30001
Local
50001
MAC_F, IP_F
30005
IP_V2
50001
MAC_F, IP_F
30005
E1/4
50001
SMAC: MAC_A
DMAC: MAC_GW
V2
V1
SIP: IP_A
DIP: IP_F
SMAC: MAC_GW
DMAC: MAC_F
SIP: IP_A
DIP: IP_F
1
2
Host A
MAC_A / IP_A
VXLAN VNID: 50001
SIP: IP_A
DIP: IP_F
Underlay
Host F
MAC_F, IP_F
UDP
VXLAN VNID: 50001
Overlay
SMAC: MAC_A
DMAC: MAC_GW
SIP: IP_V1
DIP: IP_V2
V3
UDP
4
SMAC: MAC_GW
DMAC: MAC_F
Overlay
SIP: IP_V1
DIP: IP_V2
3
SMAC: hop-by-hop
DMAC: MAC_V2
Underlay
SMAC: MAC_V1
DMAC: hop-by-hop
SIP: IP_A
DIP: IP_F
LTRDCN-3077
© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public
22
Lab 1 Modules
1.
Configure MP-BGP EVPN on the Spines
2.
Configure MP-iBGP EVPN on the VTEPs
3.
Configure VLAN to VXLAN VNI Mapping on the VTEPs
4.
Configure NVE Tunnel Endpoint Interface on the VTEPs
5.
Configure VXLAN Bridging on the VTEPs
6.
Configure VXLAN Routing on the VTEPs
7.
Verify VXLAN Configuration
LTRDCN-3077
© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public
23
Lab 2
UCSM LAN
UCSM
LTRDCN-3077
© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public
25
UCSM Service Profile Flow
LTRDCN-3077
© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public
26
UCSM LAN
N9K-Leaf-A
N9K-Leaf-B
Nexus 9300
Nexus 9300
vPC X1
CISCO UCS
6248UP
Fabric
Ports
vPC
ID
1
2
3
4
5
6
7
8
9
10 11
12 13
14 15
16
17
18
19
20
21
22 23
24 25
26 27
28 29
vPC X2
vPC X3
30 31
32
CISCO UCS
6248UP
UCS6200-A
STAT
B
1/9-12
1/9-12
2
3
4
5
6
7
8
9
10 11
12 13
vPC X4
14 15
16
17
18
19
20
UCS 5108
4 x B240 M2
X2
UCS B440 M1 /M2
2
A
G
0 S
03 A
0- S B
30 k0 G
00
A 1 3
!
2
A
G
0 S
03 A
0- S B
30 k0 G
00
A 1 3
!
!
2
A
G
0 S
03 A
0- S B
30 k0 G
00
A 1 3
SL OT
1
1
24 25
26 27
28 29
30 31
32
Fabric
Ports
vPC
A
1/13-16
X3
B
1/13-16
X4
!
2
A
G
0 S
03 A
0- S B
30 k0 G
00
A 1 3
!
SLOT
22 23
UCS 6200
X1
U CS 5108
21
UCS6200-B
STAT
UCS 6200
A
1
ID
!
C on so le
R e se t
C on so le
R e se t
!
SLOT
SL OT
2
2
UCS B440 M1 /M2
2
A
G
00 S
30 A
B
- S G
30 k0 00
A 1 3
!
2
A
G
00 S
30 A
B
- S G
30 k0 00
A 1 3
!
!
2
A
G
00 S
30 A
B
- S G
30 k0 00
A 1 3
!
2
A
G
00 S
30 A
B
- S G
30 k0 00
A 1 3
!
SLOT
3
SL OT
SLOT
1
2
!
SL OT
4
UCS B440 M1 /M2
2
A
G
00 S
30 A
B
- S G
30 k0 00
A 1 3
!
2
A
G
00 S
30 A
B
- S G
30 k0 00
A 1 3
!
!
2
A
G
00 S
30 A
B
- S G
30 k0 00
A 1 3
!
2
A
G
00 S
30 A
B
- S G
30 k0 00
A 1 3
!
SLOT
5
SL OT
SLOT
1
2
!
C on so le
R e se t
C on so le
R e se t
SL OT
6
UCS B440 M1 /M2
2
A
G
0 S
03 A
0- S B
30 k G
0
A 01 03
!
2
A
G
0 S
03 A
0- S B
30 k G
0
A 01 03
!
!
2
A
G
0 S
03 A
0- S B
30 k G
0
A 01 03
!
2
A
G
0 S
03 A
0- S B
30 k G
0
A 01 03
!
SLOT
7
SL OT
1
!
OK
FAIL
OK
FAIL
OK
FAIL
OK
SLOT
SL OT
2
8
FAIL
VLANs
11-12,21-22
LTRDCN-3077
© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public
27
UCSM LAN
N9K-Leaf-A
N9K-Leaf-B
MAC Pool
Nexus 9300
First MAC Address
MAC Nexus
Pool9300
First MAC Address
PODXA-A-MAC-POOL
00:25:B5:0X:AA:00
PODXB-A-MAC-POOL
00:25:B5:0X:BA:00
PODXA-B-MAC-POOL
00:25:B5:0X:AB:00
PODXB-B-MAC-POOL
00:25:B5:0X:BB:00
vPC X1
CISCO UCS
6248UP
ID
1
2
3
4
5
6
7
8
9
10 11
12 13
14 15
16
17
18
19
20
21
22 23
24 25
26 27
28 29
vPC X2
vPC X3
30 31
32
CISCO UCS
6248UP
UCS6200-A
1
2
3
4
5
6
7
8
9
10 11
12 13
vPC X4
14 15
16
17
18
19
20
21
22 23
24 25
26 27
28 29
30 31
32
UCS6200-B
ID
STAT
STAT
UCS 6200
UCS 6200
UCS 5108
4 x B240 M2
UCS B440 M1 /M2
2
A
G
0 S
03 A
0- S B
30 k0 G
00
A 1 3
U CS 5108
!
2
A
G
0 S
03 A
0- S B
30 k0 G
00
A 1 3
!
!
2
A
G
0 S
03 A
0- S B
30 k0 G
00
A 1 3
!
2
A
G
0 S
03 A
0- S B
30 k0 G
00
A 1 3
!
SLOT
SL OT
1
1
!
C on so le
!
SLOT
SL OT
2
2
R e se t
UCS B440 M1 /M2
2
A
G
00 S
30 A
B
- S G
30 k0 00
A 1 3
!
2
A
G
00 S
30 A
B
- S G
30 k0 00
A 1 3
!
!
2
A
G
00 S
30 A
B
- S G
30 k0 00
A 1 3
!
2
A
G
00 S
30 A
B
- S G
30 k0 00
A 1 3
!
SLOT
SL OT
SLOT
3
1
SLOT
SL OT
SLOT
1
2
2
!
C on so le
SL OT
4
R e se t
UCS B440 M1 /M2
2
A
G
00 S
30 A
B
- S G
30 k0 00
A 1 3
!
2
A
G
00 S
30 A
B
- S G
30 k0 00
A 1 3
!
!
2
A
G
00 S
30 A
B
- S G
30 k0 00
A 1 3
!
2
A
G
00 S
30 A
B
- S G
30 k0 00
A 1 3
!
5
!
C on so le
R e se t
C on so le
R e se t
SL OT
6
UCS B440 M1 /M2
2
A
G
0 S
03 A
0- S B
30 k G
0
A 01 03
!
2
A
G
0 S
03 A
0- S B
30 k G
0
A 01 03
!
!
2
A
G
0 S
03 A
0- S B
30 k G
0
A 01 03
!
2
A
G
0 S
03 A
0- S B
30 k G
0
A 01 03
!
SLOT
7
SL OT
1
!
OK
FAIL
OK
FAIL
OK
FAIL
OK
SLOT
SL OT
2
8
FAIL
LTRDCN-3077
© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public
28
Lab 2 Modules
1.
Configure Named VLANs
2.
Configure Ethernet Uplink Port-Channels
3.
Create MAC Address Pools
4.
Create vNIC Templates
LTRDCN-3077
© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public
29
Lab 3
UCSM SAN
UCSM Service Profile Flow
LTRDCN-3077
© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public
31
SAN Concepts
Legend
VNP_PORT
VF_PORT
VE_PORT
FCoE
FC
zone name PODXA-SP-1 vsan 901
member pwwn
50:0a:09:81:8a:72:87:8D
member pwwn
20:0X:00:25:B5:0A:0A:00
zone name PODXA-SP-2 vsan 901
member pwwn
50:0a:09:81:8a:72:87:8D
member pwwn
20:0X:00:25:B5:0A:0A:01
zone name PODXA-SP-1 vsan 902
member pwwn
50:0a:09:82:8a:72:87:8D
member pwwn
20:0X:00:25:B5:0B:0A:00
zone name PODXA-SP-2 vsan 902
member pwwn
50:0a:09:82:8a:72:87:8D
member pwwn
20:0X:00:25:B5:0B:0A:01
No FC Domain ID
zoneset name PODX-A vsan 901
member PODXA-A-SP-1
member PODXA-A-SP-2
CISCO UCS
6248UP
1
2
3
4
5
6
7
8
9
10 11
12 13
14 15
16
17
18
19
20
21
22
NPV
ID
23
24 25
26 27
28 29
30 31
32
CISCO UCS
6248UP
UCS6200-A
3
4
5
6
7
8
9
10 11
12 13
14 15
16
17
18
19
20
4
5
6
7
8
9
10 11
12 13
14 15
16
17
18 19
20 21
22 23
24 25
26 27
NPV
28 29
30 31
zoneset name PODX-B vsan 902
member PODXA-B-SP-1
member PODXA-B-SP-2
32
UCS6200-B
STAT
zoneset activate name PODX-B
vsan 902
UCS 5108
4 x B240 M2
Nexus 5500
2
3
UCS 6200
zoneset activate name PODX-A
vsan 901
1
2
ID
STAT
UCS 6200
CISC O NEXU5548UP
SN
1
21
22
23
24 25
26 27
28 29
30 31
Nexus 5500
32
CISC O NEXU5548
S NUP
1
2
3
4
5
6
7
8
9
10 11
12 13
14 15
16
17
18
19
20
21
22
23
24 25
26 27
28 29
30 31
32
U CS B440 M1/M2
ID
STAT
NPIV
N5K-SAN-A
3
2
A
G
00 S
30 A
B
- S G
30 k0 00
A 1 3
UC S 5108
SLOT
SLOT
1
1
!
2
A
G
00 S
30 A
B
- S G
30 k0 00
A 1 3
!
!
2
A
G
00 S
30 A
B
- S G
30 k0 00
A 1 3
!
2
A
G
00 S
30 A
B
- S G
30 k0 00
A 1 3
WWPN-B
WWPN-A
!
!
2
A
G
00 S
3 A B
0- S G
30 k 0
A 01 03
!
2
A
G
00 S
3 A B
0- S G
30 k 0
A 01 03
2
A
G
0 S
03 A
0- S B
30 k G
0
A 01 03
!
2
A
G
0 S
03 A
0- S B
30 k G
0
A 01 03
WWNN
!
!
2
A
G
00 S
3 A B
0- S G
30 k 0
A 01 03
C o nso le
!
SL OT
SLOT
2
2
ID
STAT
NPIV
N5K-SAN-B
3
R e se t
U CS B440 M1/M2
!
2
A
G
00 S
3 A B
0- S G
30 k 0
A 01 03
!
SLOT
3
SLOT
SL OT
1
2
WWPN-A
SLOT
SLOT
5
1
!
WWPN-B
!
2
A
G
0 S
03 A
0- S B
30 k G
0
A 01 03
!
C o nso le
SLOT
4
R e se t
U CS B440 M1/M2
!
2
A
G
0 S
03 A
0- S B
30 k G
0
A 01 03
WWNN
!
SL OT
2
!
C o nso le
R e se t
C o nso le
R e se t
SLO T
6
U CS B440 M1/M2
2
A
G
0 S
03 A
0- S B
30 k0 G
00
A 1 3
SLOT
7
Eth1/28
!
2
A
G
0 S
03 A
0- S B
30 k0 G
00
A 1 3
1
OK
1
2
3
4
LINK
5
6
7
8
DS-X 9708 -K9
STA TUS
10 -Gb p s 8-p o rt FCo E Mod u l e
D S-X9
22 4 -9 6 K9
LINK
D S- X 9530 - SF 2- K 9
1
2
3
4
LINK
5
6
7
8
NPIV
1 / 2/ 4 / 8 G b p s 2 4 -p o rt F C M o d u le
STAT U S
1
2
3
4
MT
S
M
E
U
T
TE
TIV
RMG
TA
YS
C
W
S
S
A
P
T
E
ES
R
T
M
M
E
US TE
MG
IV
AT YS
R
CT
W
ST
S
A
P
ET
ES
R
5
6
MG MT
C ON SO L E 10 /100
LINK
MG MT
C ON SO L E 10 /100
LINK
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
COM
1
23
24
COM
1
SU PER
VI SO
!
2
A
G
0 S
03 A
0- S B
30 k0 G
00
A 1 3
WWPN-B
WWNN
OK
FAIL
!
SL OT
SLOT
2
8
Eth1/28
DS-X9708 -K9
OK
FAIL
OK
FAIL
ST ATUS
10-G b ps 8-p o rt FC oE Mo d ule
U SB 2
2
R
Core 9506
WWPN-B
22 4 -9 6 K9
D S- X 9530 - SF 2- K 9
1
VI SO
3
2
4
3
LINK
4
5
LINK
5
6
6
7
7
8
8
NPIV
1 / 2/ 4 / 8 G bp s 2 4-p o rt F C M o d u le
1
2
3
4
T
M
E
EM
MG
US
V
T
ST
TI
R
A
W
ST
SY
AC
P
T
SE
RE
T
GM
E
EM
US
V
T
ST
TI
RM
TA SY
AC
S
PW
T
SE
E
R
5
6
MG MT
C ON SO L E 10/100
LINK
MG MT
C O NSO L E 10/100
LINK
7
8
COM
1
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
VSAN 902
U SB 1
U SB 2
AC T
SU PER
2
R
D S- X 9530 - SF 2- K 9
ACT
SU PER
COM
1
USB 1
USB 2
VI SO R2
Core 9506
WWNN
FC Domain ID
FC Domain ID
World Wide Port Name
2
ST ATUS
D S-X9
LINK
U SB 1
1
DS-X9708 -K9
10-Gb ps 8-p o rt FCo E Mo d u le
STATU S
VI SO R2
D S- X 9530 - SF 2- K 9
ACT
FAIL
WWPN-A
U SB 1
U SB 2
AC T
SU PER
22
!
2
A
G
0 S
03 A
0- S B
30 k0 G
00
A 1 3
!
ST ATUS
10-Gb p s 8-p o rt FCo E Mod u l e
VSAN 901
!
WWPN-A
SLOT
DS-X9708 -K9
World Wide Node Name
LTRDCN-3077
© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public
32
UCSM SAN
Fabric
Ports
vPC
A
1/17-18
X7
CISCO UCS
6248UP
1
2
3
4
5
6
7
8
9
ID
10 11
12 13
14 15
VSAN
VSAN
901
902
16
17
18 19
20 21
22
23
24 25
26 27
28 29
30 31
32
CISCO UCS
6248UP
UCS6200-A
2
3
4
5
6
7
8
9
10 11
12 13
3
4
5
6
7
8
9
10 11
12 13
14 15
16
17
18 19
20 21
22
23
24 25
26 27
28 29
30 31
PO
B
1/17-18
X8
32
UCS6200-B
UCS 6200
UCS 5108
4 x B240 M2
Nexus 5500
1
2
Ports
STAT
UCS 6200
CISCO NEXUS
5548
NUP
1
ID
STAT
Fabric
14 15
16
17
18 19
20 21
22
23
24 25
26 27
28 29
30 31
Nexus 5500
32
CISCO NEXUS
5548
NUP
1
2
3
4
5
6
7
8
9
10 11
12 13
14 15
16
17
18 19
20 21
22
23
24 25
26 27
28 29
30 31
32
UCS B440 M1 /M2
N5K-SAN-A
3
ID
STAT
2
A
G
00 S
3 A B
0- S G
30 k 0
A 01 03
UC S 5108
SL OT
SLOT
1
1
!
2
A
G
00 S
3 A B
0- S G
30 k 0
A 01 03
!
WWPN-A
!
2
A
G
00 S
3 A B
0- S G
30 k 0
A 01 03
!
2
A
G
00 S
3 A B
0- S G
30 k 0
A 01 03
WWPN-B
2
A
G
0 S
03 A
0- S B
30 k0 G
00
A 1 3
SL OT
3
!
2
A
G
0 S
03 A
0- S B
30 k0 G
00
A 1 3
WWNN
!
!
2
A
G
0 S
03 A
0- S B
30 k0 G
00
A 1 3
C o nso le
R ese t
C o nso le
R ese t
!
SLOT
SLOT
2
2
ID
STAT
UCS B440 M1 /M2
!
2
A
G
0 S
03 A
0- S B
30 k0 G
00
A 1 3
!
SLOT
SLOT
1
2
WWPN-A
N5K-SAN-B
3
!
!
WWPN-B
!
SLOT
4
UCS B440 M1 /M2
2
A
G
0 S
03 A
0- S B
30 k0 G
00
A 1 3
SL OT
!
2
A
G
0 S
03 A
0- S B
30 k0 G
00
A 1 3
5
1
SLOT
!
2
A
G
0 S
03 A
0- S B
30 k0 G
00
A 1 3
!
2
A
G
0 S
03 A
0- S B
30 k0 G
00
A 1 3
WWNN
SLOT
SL OT
7
!
!
SLOT
2
!
C o nso le
SLO T
6
R ese t
UCS B440 M1 /M2
2
A
G
00 S
30 A
B
- S G
30 k0 00
A 1 3
Eth1/28
!
2
A
G
00 S
30 A
B
- S G
30 k0 00
A 1 3
STATU S
OK
1
2
3
4
LINK
5
6
7
8
DS-X9708 -K9
STATU S
VSAN 901
10 -G b p s8 -p o rt F Co E Mo d u l e
D S-X9
2 2 4-9 6 K9
1
1 /2 / 4/ 8 G b ps
24 -p ort
2
3
4
LINK
5
6
7
8
F C M o d ul e
ST ATUS
LINK
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
!
2
A
G
00 S
30 A
B
- S G
30 k0 00
A 1 3
!
2
A
G
00 S
30 A
B
- S G
30 k0 00
A 1 3
WWPN-B
!
!
DS-X9708 -K9
10 -G b p s8 -po rt F Co E Mo d u l e
!
WWPN-A
1
FAIL
WWNN
OK
FAIL
C o nso le
SLOT
SLOT
2
8
R ese t
Eth1/28
DS-X9708 - K9
OK
FAIL
OK
FAIL
STAT US
10 -Gb p s8 -p o rt FCo E Mo d u l e
1
2
3
4
LINK
5
6
7
8
DS-X9708 -K9
ST ATU S
10 -G b p s8 -po rt F Co E Mo du l e
D S-X9
2 2 4-9
6 K9
1
1 /2 / 4 /8 G b p s 24 -p ort
2
3
4
LINK
5
6
7
15
16
8
F C M o d ul e
STATU S
LINK
1
2
3
4
5
6
7
8
9
10
11
12
13
14
17
18
19
20
21
22
23
D S - X9530 -SF 2 - K9
T
GM
S
E
EM
TU
IV
ST
T
RM
TA
SY
AC
S
PW
T
SE
RE
MG MT
CO N SO LE 10 /100
LINK
COM
1
AC T
USB 1
USB 2
SU PER VI SO R2
D S - X9530 -SF 2- K9
MT
S
M
G
E
E
TU
IV
ST
T
RM
TA
SY
AC
S
PW
T
SE
E
R
MG MT
CO N SO L E 10 /100
LINK
COM
1
AC T
SU PER VI SO R2
U SB 1
U SB 2
WWPN-A
24
VSAN 902
D S - X9530 -SF 2- K9
WWPN-B
MT
M
G
E
US
E
T
IV
T
AT
RM
YS
T
W
S
S
AC
P
ET
S
RE
MT
M
G
S
E
TE
IV
TU
RM
A
YS
CT
W
ST
S
A
P
ET
ES
R
MG MT
CO N SO L E 10 /100
LINK
MG MT
C ON SO L E 10/100
LINK
COM
1
U SB 1
U SB 2
AC T
SU PER VI SO R2
D S- X 9530 - SF 2- K9
AC T
SU PER
Core 9506
COM
1
U SB 1
U SB 2
VI SO R2
Core 9506
WWNN
LTRDCN-3077
© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public
33
UCSM SAN
Student
Name:
Assignment Order
First WWNN:
Size:
A
PODXA-WWNN-POOL
Default
20:0X:00:25:B5:00:0A:00
4
Student
Name:
Assignment Order
First WWNN:
Size:
B
PODXB-WWNN-POOL
Default
20:0X:00:25:B5:00:0B:00
4
Student
Name:
Assignment Order
First WWNN:
Size:
A
PODXA-A-WWPN-POOL
Default
20:0X:00:25:B5:0A:0A:00
4
A
PODXA-B-WWPN-POOL
Default
20:0X:00:25:B5:0B:0A:00
4
Student
Name:
Assignment Order
First WWNN:
Size:
B
PODXB-A-WWPN-POOL
Default
20:0X:00:25:B5:0A:0B:00
4
B
PODXB-B-WWPN-POOL
Default
20:0X:00:25:B5:0B:0B:00
4
WWNN Pools
WWPN Pools
LTRDCN-3077
© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public
34
UCSM SAN
LTRDCN-3077
© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public
35
Lab 3 Modules
1.
Configure UCS 6200 Fabric Interconnect VSANs
2.
Configure FCoE Port-Channels
3.
Create SAN Pools
4.
Create vHBA Templates
LTRDCN-3077
© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public
36
Lab 4
UCSM Server
UCSM Service Profile Flow
LTRDCN-3077
© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public
38
UCSM Service Profiles
IPv4 Address block for KVM/CIMC
LTRDCN-3077
© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public
39
UCSM Service Profiles
SAN Boot Policy
LTRDCN-3077
© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public
40
UCSM Service Profiles
UUID Pool Policy
LTRDCN-3077
© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public
41
UCSM Service Profiles
Server Pool Policy
LTRDCN-3077
© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public
42
UCSM Service Profiles
Service Profile Template
LTRDCN-3077
© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public
43
UCSM Service Profiles
Service Profiles from Template
LTRDCN-3077
© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public
44
Lab 4 Modules
1.
Configure an IP Pool for External Blade Management
2.
Configure Primary and Secondary Server SAN Boot Policy
3.
Create a UUID Suffix Pool
4.
Create a Server Pool
5.
Create a Service Profile Template
6.
Create Service Profiles from a Service Profile Template
LTRDCN-3077
© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public
45
Lab 5
VXLAN Multi-Pod using NX-API
VXLAN Multi-Pod Overview
LTRDCN-3077
© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public
47
VXLAN Multi-Pod using NX-API
LTRDCN-3077
© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public
48
Lab 5 Modules
1.
Configure VXLAN Multi-Pod using NX-API
2.
Verify VXLAN Multi-Pod
LTRDCN-3077
© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public
49
Lab 6
Verify UCS and VXLAN EVPN
Verify Blade Servers
LTRDCN-3077
© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public
51
Verify VXLAN Bridging & Routing
LTRDCN-3077
© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public
52
Summary
Summary
•
A CLOS Fabric (Spine/Leaf Architecture) was configured for VXLAN EVPN to
extend Layer 2 domains
•
VLANs were mapped to VXLAN VNIs
•
VXLAN Bridging and Routing were configured
•
All the logical components were built for compute services using the UCS BSeries; UCS 5108, UCS 6200 Fabric Interconnects, and Blade Servers
•
Servers were built with Service Profiles created within the UCSM GUI
•
Server Blades SAN booted over multi-hop FCoE
LTRDCN-3077
© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public
54
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Questions?
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with the speaker after the session
How
1.
Find this session in the Cisco Live Mobile App
2.
Click “Join the Discussion”
3.
Install Spark or go directly to the space
4.
Enter messages/questions in the space
cs.co/ciscolivebot#LTRDCN-3077
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•
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Continue Your Education
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LTRDCN-3077
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57
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