Download Deploying IP Video Surveillance over Avaya Networking infrastructure

Deploying IP Video
Surveillance over Avaya
Networking Infrastructure
Carl DeVincentis, Sr. Solutions Architect, Avaya
Darren Giacomini, Sr. Network Architect, PELCO
#AvayaATF
@carldevincentis
©2013 Avaya Inc. All rights reserved
February 26-28, 2013 | Orlando, FL
Agenda
• Video Surveillance and Network Considerations
• Video Surveillance using PIM-SM – A Quick
Review
• Video Surveillance over Avaya With SPBM
(IEEE802.1aq)
• Multicast over SPB a Look Under the Covers
• Pelco Endura over SPB Lab Testing
• Pelco Presentation
©2013 Avaya Inc. All rights reserved
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February 26-28, 2013 | Orlando, FL
IP Video Surveillance and
Network Considerations
©2013 Avaya Inc. All rights reserved
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February 26-28, 2013 | Orlando, FL
Network Considerations
• Transport of multicast video should be as efficient as
possible
• Network devices can be manually configured or can
utilize DHCP and UPnP
• Switch and network redundancy and fault tolerance
should be implemented wherever possible
• Multilink Trunks should be sized according to expected
traffic load
• Especially important when overlaying a video surveillance
system on an existing data infrastructure
©2013 Avaya Inc. All rights reserved
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February 26-28, 2013 | Orlando, FL
Multicast in a Traditional Data Network
• The sender to receiver
ratio tends to be small
• All receivers join and
leave multicast groups
as needed
• Use of SM vs. DM
multicast protocols is
really dictated by
individual topology and
application
Senders
Receivers
©2013 Avaya Inc. All rights reserved
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February 26-28, 2013 | Orlando, FL
Multicast in a Video Surveillance Network
• Basically the inverse of
a traditional multicast
network
• Greater sender to
receiver ratio
• Every camera or
encoder is a multicast
source
• Usually a relatively small
number of fixed
monitoring stations and
storage devices
©2013 Avaya Inc. All rights reserved
Senders
Receivers
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February 26-28, 2013 | Orlando, FL
Multicast Video
Layer 2 or Layer 3?
• Layer 2
• Switches must be able to scale to accommodate IGMP entries
• May limit the number of transmitting devices you can have
• Need for loop detection and prevention (i.e. STP)
• MSTP introduces multiple spanning trees with multiple root
bridges – complexity
• Really not an option except in modest deployments
• Layer 3
• Multicast must be enabled on all L3 core switches
• In the case of PIM, a unicast routing protocol must be deployed
• Hop count may be an issue
©2013 Avaya Inc. All rights reserved
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February 26-28, 2013 | Orlando, FL
Video Surveillance using
PIM-SM – A Quick Review
©2013 Avaya Inc. All rights reserved
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February 26-28, 2013 | Orlando, FL
Video Surveillance using PIM-SM
(A Quick Review)
• IGMP Snooping should be
configured on all edge
switches
• All routers must be
configured for PIM
• An IGP must be configured
(e.g. RIP, OSPF)
• RP(s) must be aware of all
possible multicast groups
• UPnP well known MC
group address –
239.255.255.250
©2013 Avaya Inc. All rights reserved
Workstation/
System Manager
DR
PIM Router
RP
DR
DR
9
DR
L2 Switch
DR
February 26-28, 2013 | Orlando, FL
Cameras Source
Live Video
• Whether through the use of a
Bootstrap router or static RP
configuration all DRs know
which RP services which
groups
• When a camera first starts
sending traffic the DR creates
a (S,G) entry and sends that
traffic to the RP encapsulated
in Register packets (unicast)
• This path is based on the IGP
routing table
DR
©2013 Avaya Inc. All rights reserved
Workstation/
System Manager
DR
PIM Router
RP
DR
10
DR
L2 Switch
DR
February 26-28, 2013 | Orlando, FL
Pulling Live Video
• The Workstation sends
an IGMP Join message
for a specific group
(camera)
• Upon receiving the Join
message the DR creates
a (*,G) entry and forwards
it toward the RP
• This path is based on the
IGP routing table
DR
©2013 Avaya Inc. All rights reserved
Workstation/
System Manager
DR
PIM Router
RP
DR
11
DR
L2 Switch
DR
February 26-28, 2013 | Orlando, FL
Pulling Live Video
Setting up the RP-Tree
• The RP receives the
encapsulated Register
packets, de-encapsulates
them and forwards them
along the RPT (or Shared
Tree) to the receiver
Workstation/
System Manager
DR
PIM Router
RP
• A tree with the RP at its root
DR
DR
©2013 Avaya Inc. All rights reserved
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DR
L2 Switch
DR
February 26-28, 2013 | Orlando, FL
Pulling Live Video
Setting up the SP-Tree
• Once a data rate threshold
has been crossed the RP
creates a (S,G) entry and
the receiver’s DR sends a
join/prune back along the
shortest path to the sender
setting up the SPT (red)
• The receiver’s DR now
receives native MC packets
along the SPT (green)
• Notice the number of router
hops
• This could introduce
unacceptable latency
©2013 Avaya Inc. All rights reserved
Workstation/
System Manager
DR
PIM Router
RP
DR
13
DR
DR
L2 Switch
DR
February 26-28, 2013 | Orlando, FL
Video Surveillance over Avaya
with SPBM (IEEE802.1aq)
©2013 Avaya Inc. All rights reserved
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February 26-28, 2013 | Orlando, FL
Video Surveillance over Avaya
with SPBM (IEEE802.1aq)
• All of Avaya’s best
practices still apply
• We can still take
advantage of Avaya’s
fault tolerance and
redundancy
Workstation/
System Manager
ERS8800
ERS4800 (SPBM)
(or L2 Switch)
• Switch Clustering
• MLT/SMLT/DSMLT/RSMLT
• Dual SFs and HA
IST
• The VSP9000 supports
SPBM but not MC
services today (3.4)
©2013 Avaya Inc. All rights reserved
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IST
February 26-28, 2013 | Orlando, FL
SPBM Configuration for
Native Multicast with L3VSNs
• Configure VRFs on each
BEB – Traffic on these
VRFs stay only on these
VRFs
Workstation/
System Manager
BEB
BCB
• Data separation
• Security
• Configure ISIS and
SPBM
• Enable IP and MC on
each VRF
BCB
ERS8800
BCB
BCB
BCB
BCB
IST
BEB
ERS4800 (SPBM)
(or L2 Switch)
IST
BEB
BEB
BEB
• IP required only for
unicast traffic
©2013 Avaya Inc. All rights reserved
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February 26-28, 2013 | Orlando, FL
SPBM Configuration for
Native Multicast
• IGMP Snooping is
enabled on all L2 edge
switches and IGMP on
each BEB UNI
supporting MC
• BEB becomes Querier
• No changes to IGMP
itself
• Query/Report Timers
• Filters
Workstation/
System Manager
BEB
BCB
BCB
ERS8800
BCB
BCB
BCB
BCB
IST
BEB
ERS4800 (SPBM)
(or L2 Switch)
IST
BEB
BEB
BEB
• No service provisioning
required on BCBs
©2013 Avaya Inc. All rights reserved
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February 26-28, 2013 | Orlando, FL
Multicast over SPB a Look
under the Covers
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February 26-28, 2013 | Orlando, FL
Stream Announcement –
No Receiver Present
Receiver
ISIS-SPBM
Module
Sender
ISIS-SPBM
Module
Sender
MC Module
Receiver
MC Module
New Stream
Create Local
Sender Record
ADD Local StreamInfo
Allocate
DataISID
ADD StreamInfo TLV
ADD DataISID TLV(TX)
Update
LSDB
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ADD Remote StreamInfo
February 26-28, 2013 | Orlando, FL
First Receiver Joins –
Remote Sender(s)
Sender
MC Module
Receiver
ISIS-SPBM
Module
Sender
ISIS-SPBM
Module
Receiver
MC Module
QUERY Remote Streams
Check
LSDB
ADD DataISID TLVs(RX)
©2013 Avaya Inc. All rights reserved
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Receiver Join
Remote Stream List
JoinStream(s)
Create Local
Records
February 26-28, 2013 | Orlando, FL
Pelco Endura over SPB Lab
Testing
©2013 Avaya Inc. All rights reserved
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February 26-28, 2013 | Orlando, FL
Pelco Endura and MCoSPB
• This test bed
was built in
Billerica, MA
specifically to
test the Pelco Endura
system using native MC
over SPBM – No PIM
• In the following
screenshots the
workstation is pulling video
from all four cameras
©2013 Avaya Inc. All rights reserved
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February 26-28, 2013 | Orlando, FL
Example - SPB Multicast Summary
86-12:5#show isis spb-mcast-summary
*******************************************************************************
Command Execution Time: THU FEB 14 14:48:08 2013 Eastern
*******************************************************************************
• The SPB Multicast
Summary shows
the available MC
groups not
necessarily the
active multicast
streams
©2013 Avaya Inc. All rights reserved
================================================================================
SPB Multicast - Summary
================================================================================
SCOPE
SOURCE
GROUP
DATA
LSP HOST
I-SID
ADDRESS
ADDRESS
I-SID
BVID FRAG NAME
-------------------------------------------------------------------------------1000
192.168.121.10
239.255.255.250 16000002 41
0x0 86-11
1000
192.168.121.200 239.168.121.200 16000643 40
0x0 86-11
1000
192.168.121.199 239.168.121.199 16000897 40
0x0 86-11
1000
192.168.110.20
239.255.255.250 16000001 40
0x0 86-12
1000
192.168.110.30
239.255.255.250 16000246 40
0x0 86-12
1000
192.168.123.10
239.255.255.250 16002085 40
0x0 86-13
1000
192.168.123.199 239.168.123.199 16002927 40
0x0 86-13
1000
192.168.123.199 239.255.255.250 16002935 40
0x0 86-13
1000
192.168.123.200 239.168.123.200 16002926 41
0x0 86-13
1000
192.168.123.200 239.255.255.250 16002934 41
0x0 86-13
1000
192.168.110.20
239.255.255.250 16000001 41
0x0 86-14
1000
192.168.110.30
239.255.255.250 16000246 41
0x0 86-14
-------------------------------------------------------------------------------12 out of 12 Total Num of Entries
23
February 26-28, 2013 | Orlando, FL
Example – ISIS LSDB
• This is a portion
of the ISIS LSDB
showing TLV 185
(Multicast) being
advertised from
switch 86-11
86-11:5#show isis lsdb tlv 185 detail
*******************************************************************************
Command Execution Time: THU FEB 14 12:15:10 2013 UTC
*******************************************************************************
================================================================================
ISIS LSDB (DETAIL)
================================================================================
-------------------------------------------------------------------------------Level-1 LspID: 0000.0beb.0011.00-00
SeqNum: 0x0000118c
Chksum: 0xa731 PDU Length: 522
Host_name: 86-11
Attributes:
IS-Type 1
TLV:185 SPBM IPVPN :
VSN ISID:1000
BVID
:41
Metric:0
IP Source Address: 192.168.121.10
Group Address
: 239.255.255.250
Data ISID
: 16000002
TX
: 1
VSN ISID:1000
BVID
:40
Metric:0
IP Source Address:
Group Address
:
Data ISID
:
TX
:
Metric:0
IP Source Address:
Group Address
:
Data ISID
:
TX
:
©2013 Avaya Inc. All rights reserved
24
Lifetime:
1132
192.168.121.200
239.168.121.200
16000643
1
192.168.121.199
239.168.121.199
16000897
1
February 26-28, 2013 | Orlando, FL
Example – Multicast FIB
VSP9K-2:1#show isis spbm multicast-fib
================================================================================
SPBM MULTICAST FIB ENTRY INFO
================================================================================
MCAST DA
ISID
BVLAN SYSID
HOST-NAME
OUTGOING-INTERFACES
-------------------------------------------------------------------------------03:00:91:00:00:96 150
40
0000.0bcb.0091
VSP9K_1
03:00:92:00:00:96 150
41
0000.0bcb.0092
VSP9K-2
MLT-1
03:00:11:c6:36:5f 12990047 40
0000.0beb.0011
86-11
11/2
03:00:11:f4:26:83 16000643 40
0000.0beb.0011
86-11
11/2
03:00:11:f4:27:81 16000897 40
0000.0beb.0011
86-11
11/2
03:00:11:f4:27:8b 16000907 40
0000.0beb.0011
86-11
11/2
03:00:11:00:0b:ba 3002
41
0000.0beb.0011
86-11
11/2
03:00:11:f4:24:02 16000002 41
0000.0beb.0011
86-11
11/2
03:00:11:f4:27:8a 16000906 41
0000.0beb.0011
86-11
11/2
03:00:12:00:0b:ba 3002
40
0000.0beb.0012
86-12
5/2
03:00:12:c6:36:5f 12990047 40
0000.0beb.0012
86-12
5/2
03:00:12:f4:24:01 16000001 40
0000.0beb.0012
86-12
5/2
03:00:12:f4:24:f6 16000246 40
0000.0beb.0012
86-12
5/2
03:00:13:c6:36:5f 12990047 40
0000.0beb.0013
86-13
11/2,MLT-1
03:00:13:f4:2c:25 16002085 40
0000.0beb.0013
86-13
11/2,MLT-1
03:00:13:f4:2f:6f 16002927 40
0000.0beb.0013
86-13
11/2,MLT-1
03:00:13:f4:2f:79 16002937 40
0000.0beb.0013
86-13
11/2,MLT-1
03:00:13:00:0b:ba 3002
41
0000.0beb.0013
86-13
11/2
03:00:13:f4:2f:6e 16002926 41
0000.0beb.0013
86-13
11/2
03:00:13:f4:2f:78 16002936 41
0000.0beb.0013
86-13
11/2
03:00:14:00:0b:ba 3002
41
0000.0beb.0014
86-14
5/2
03:00:14:c6:36:5f 12990047 41
0000.0beb.0014
86-14
5/2
03:00:14:f4:24:01 16000001 41
0000.0beb.0014
86-14
5/2
03:00:14:f4:24:f6 16000246 41
0000.0beb.0014
86-14
5/2
-------------------------------------------------------------------------------Total number of SPBM MULTICAST FIB entries 24
--------------------------------------------------------------------------------
©2013 Avaya Inc. All rights reserved
25
February 26-28, 2013 | Orlando, FL
Example – Multicast Route
86-13:5#show isis spbm ip-multicast-route vrf mcast detail
*******************************************************************************
Command Execution Time: THU FEB 14 17:43:21 2013 UTC
*******************************************************************************
===============================================================================================================
SPBM IP-MULTICAST ROUTE INFO - VRF NAME : mcast, VSN-ISID : 1000
===============================================================================================================
Source
Group
Data ISID BVLAN NNI Rcvrs
UNI Rcvrs
Source-BEB
--------------------------------------------------------------------------------------------------------------192.168.121.199 239.168.121.199 16000897
40
86-11
192.168.121.200 239.168.121.200 16000643
40
86-11
192.168.123.199 239.168.123.199 16002927
40
4/2
V123:4/20
86-13
192.168.123.200 239.168.123.200 16002926
41
4/2
V123:4/20
86-13
192.168.110.20 239.255.255.250 16000001
40
V123:4/20
86-12
192.168.110.20 239.255.255.250 16000001
41
4/1
V123:4/20
86-14
192.168.110.30 239.255.255.250 16000246
40
V123:4/20
86-12
192.168.110.30 239.255.255.250 16000246
41
4/1
V123:4/20
86-14
192.168.121.10 239.255.255.250 16000002
41
4/2
V123:4/20
86-11
192.168.123.10 239.255.255.250 16002085
40
4/1,4/2
V123:4/20
86-13
--------------------------------------------------------------------------------------------------------------Total Number of SPBM IP MULTICAST ROUTE Entries: 10
---------------------------------------------------------------------------------------------------------------
©2013 Avaya Inc. All rights reserved
26
February 26-28, 2013 | Orlando, FL
Scalability Testing for
Endura Utilizing SPB
Darren Giacomini
Sr. Network Architect
Pelco
#AvayaATF
©2013 Avaya Inc. All rights reserved
February 26-28, 2013 | Orlando, FL
Over 2000 Channels of MPEG4 and H.264 Video for
Scalability Testing.
Stress testing to over 5000 Multicast entries for
IGMP/PIM/SPB
Failover and Re-Convergence Testing for Multicast Video
©2013 Avaya Inc. All rights reserved
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February 26-28, 2013 | Orlando, FL
What is Different about Multicast Video
• Multicast Sources are
diversely distributed.
• Multicast sources
originate at the edge
of the network.
• When deploying PIM
rule of thumb is – RP
should be placed as
close to the source as
possible.
• Poses a unique
problem for a
distributed edge
sources.
©2013 Avaya Inc. All rights reserved
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February 26-28, 2013 | Orlando, FL
Video Surveillance using a Layer 2
Approach
• IGMP Snooping /
Querier Processes are
critical to conserve
resources.
• Caution must be taken
not to exceed IGMP
tables capacity
• Failure of the
configuration or
exceeding the
capacity can result in
blocking or massive
flooding.
©2013 Avaya Inc. All rights reserved
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February 26-28, 2013 | Orlando, FL
When Multicast Flooding Occurs Things
Go From Bad to Worse Quickly.
• To the right is a portion of
a 45 second WireShark
capture Taken at a Nuclear
Facility.
• The 45 second capture
was taken during a
flooding state of 300
cameras while SpanningTree Re-converged.
• Some Video streams took
up to 45 minutes to return.
• The Nuclear Plant
accepted this as normal.
©2013 Avaya Inc. All rights reserved
GigabitEthernet0/2 is up, line protocol is up (connected)
Hardware is Gigabit Ethernet, address is 3037.a660.eb82 (bia 3037.a660.eb82)
Description: CAMERA 132
MTU 1500 bytes, BW 100000 Kbit, DLY 100 usec,
reliability 255/255, txload 247/255, rxload 2/255
31
February 26-28, 2013 | Orlando, FL
Video Surveillance using Layer 3 PIM SM
• RP should be configured
as close to the source as
possible.
• First Video Frame is
Encapsulated in the PIM
register message and
sent to the RP.
• RP will forward the first
frame of video down the
(*,G) path.
• Subsequent frames will
follow shortest path after
SPT-Switchover
©2013 Avaya Inc. All rights reserved
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February 26-28, 2013 | Orlando, FL
Registration Process is Very CPU Intensive
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February 26-28, 2013 | Orlando, FL
Moving the RP Closer to the Source
Auto RP
• All Layer 3 PIM devices learn the RP addresses.
• Two Dense mode groups are used for announcement
and discovery.
• 224.0.1.39 Announcement
• 224.0.1.40 Discovery
• Mapping Agents store
group to RP mappings.
• Allows for Multiple RPs
and Load balancing.
©2013 Avaya Inc. All rights reserved
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February 26-28, 2013 | Orlando, FL
Moving the RP Closer to the Source
Anycast RP
©2013 Avaya Inc. All rights reserved
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February 26-28, 2013 | Orlando, FL
Benefits of SPB Multicast Video
• No need for complicated configurations to place
RP close to distributed multicast sources.
• Reduced Latency for Camera Population.
• Extremely Fast Re-Convergence.
• Unmatched Scalability.
• No need to Make configuration Changes to
SPB once it is deployed.
©2013 Avaya Inc. All rights reserved
36
February 26-28, 2013 | Orlando, FL
Thank you!
#AvayaATF
@carldevincentis
©2013 Avaya Inc. All rights reserved
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February 26-28, 2013 | Orlando, FL