cubro npb packetmaster
TRANSCRIPT
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Bringing simplicity to today´s and tomorrow´s communication networks
PacketmasterSeries
High Performance
Network Packet Broker
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Bringing simplicity to today´s and tomorrow´s communication networks
CUBRO
Private held Company (by the Management)
Located in Austria/ Vienna
Development in Austria
Production in Austria (with subcontractors)
Flexibility - we listen to our customers
Quality/Price oriented
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Overview
The Packetmaster family is available in two variations
PM products Network Processor based Filtering up to Layer 7 Up to 250G load
EX products Based on high performance switch fabric Filtering up to Layer 4 Up to 1,2T load
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Packetmaster Matrix 1/2
* depending on the used modules ; Module 8 x 1G or 2 x 10G ** ports can be configured as 1G or 10G
PM2 EX5-2 EX6 EX48
Packetload 100 Gbit 176 Gbit 176 Gbit 960 Gbit
Ports Gbit * 24 SFP 48 copper 48 SFP ** 48 SFP
Ports 10 Gbit * 10 SFP+ 4 SFP/SFP+ 4 SFP/SFP+ ** 48 SFP+
Ports 40 Gbit 0 0 0 0
DPI YES NO NO NO
Filtering to Layer 7 to Layer 4 to Layer 4 to Layer 4
Aggregation YES YES YES YES
Loadbalancing to Layer 6 to Layer 4 to Layer 4 to Layer 4
en/de capsulation MPLS/VLAN VLAN VLAN MPLS/VLAN
GUI Menu CLI CLI CLI
Packetbuffer YES YES YES YES
Delay 2 µs 1 µs 8 µs 1 µs
Dual Power NO YES YES YES
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Packetmaster Matrix 2/2 EX484-2 PM3 EX48 Base-T EX3248
Packetload 1,2 Tbit 250 Gbit 960 Gbit 2,56 Tbit
Ports Gbit ** 48 SFP 0 48 Copper
Ports 10 Gbit ** 48 SFP+ 88 (cable) 48 Copper 128 (cable)
Ports 40 Gbit 4 QSFP22 QSFP
8 x 100 Gbit0 32 QSFP
DPI NO YES NO NO
Filtering to Layer 4 to Layer 7 to Layer 4 to Layer 4
Aggregation YES YES YES YES
Loadbalancing to Layer 4 to Layer 6 to Layer 4 to Layer 4
en/de capsulation MPLS/VLAN MPLS/VLAN MPLS/VLAN MPLS/VLAN
GUI CLI Menu CLI CLI
Packetbuffer YES YES YES YES
Delay 1 µs 4 µs 1 µs 1 µs
Dual Power YES YES YES YES
** ports can be configured as 1G or 10G
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Packetmaster EX5-2
Packetload 176 Gbit
Ports Gbit 48 SFP
Ports 10 Gbit 4 SFP/SFP+
Ports 40 Gbit none
GUI CLI/WEB/GUI
Packetbuffer YES
Delay 8 µs
Dual Power YES
12000 Filters Layer 4 MPLS tag/detag VLAN tag/detag Header modification Layer 4 Load balancing Layer 3 GRE de/encapsualtion All ports activated All software activated Low power design
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Packetmaster EX6
Packetload 176 Gbit
Ports Gbit 48 SFP
Ports 10 Gbit 4 SFP/SFP+
Ports 40 Gbit none
GUI CLI/GUI
Packetbuffer YES
Delay 8 µs
Dual Power YES
2048 Filters Layer 4 MPLS tag/detag VLAN tag/detag Header modification Layer 4 Load balancing Layer 3 GRE de/encapsualtion All ports activated All software activated Low power design
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Packetmaster EX484-2
Packetload 1,2 Tbit
Ports 1G/10 Gbit 48 SFP/SFP+
Ports 40 Gbit 4 QSFP
GUI CLI/WEB/GUI
Packetbuffer YES
Delay 1 µs
Dual Power YES
2048 Filters Layer 4 MPLS tag/detag VLAN tag/detag Header modification Layer 4 Load balancing Layer 3 GRE de/encapsualtion All ports activated All software activated
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Packetmaster EX484-T
Packetload 1,2 Tbit
Ports 1G/10 Gbit 48 Base-T
Ports 40 Gbit 4 QSFP
GUI CLI/WEB/GUI
Packetbuffer YES
Delay 1 µs
Dual Power YES
2048 Filters Layer 4 MPLS tag/detag VLAN tag/detag Header modification Layer 4 Load balancing Layer 3 GRE de/encapsualtion All ports activated All software activated
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Packetmaster EX3248
4000 Filters Layer 4 MPLS tag/detag VLAN tag/detag / Q in Q Header modification Layer 4 Load balancing Layer 3 GRE de/encapsualtion All ports activated All software activated Low power design Jumbo Frames 12000 Bytes
Packetload 2,56 Tbps
Ports 40 Gbit 32
GUI CLI/WEB/GUI
Packetbuffer YES
Delay 1 µs
Dual Power YES
32 x 40 Gbit or 96 x 10 Gbit + 8 x 40 Gbit
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Sessionmaster 48
1 Mio Filters Layer 4 Session based -
Load balancing defragmentation MPLS tag/detag VLAN tag/detag Header modification Layer 4 Load balancing Layer 3 GRE de/encapsualtion Jumbo Frames 12000 Bytes
Packetload 400 Gpbs
Ports 10 GbitPorts 1 Gbit
24 SFP+ 24 SFP
GUI CLI/GUI
Packetbuffer YES
Delay 1 µs
Dual Power YES
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Sessionmaster 48
Session controllerDPI Engine
Hardware Switch Engine
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Packetmaster III
100.000 Filters Layer 7 MPLS tag/detag VLAN tag/detag Header modification Layer 4 Load balancing Layer 3 GRE de/encapsualtion All ports activated All software activated Low power design Jumbo Frames 12000 Bytes
Packetload 250 Gbit
Ports 10 Gbit 80
Ports 40 Gbit 22
Ports 100 Gbit 8
GUI CLI/GUI
Packetbuffer YES
Delay 1 µs
Dual Power YES
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Packetmaster III
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Controlling the Packetmaster
CLI A CLI which has a full scripting functionality and root access to the
Linux on the unit which controls the Hardware. North and Southbound integration via shell scripts and python scripts possible.
GUI A Java based graphical GUI which controls up to 50
Packetmasters. More details on the www.cubro.net.
Cubro Control A server based solution, where a single server controls all
Packetmasters. With the option of doing DPI and load balancing in higher layers.
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Management Suit Packetmaster
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Monitor Application
Shows the port status
and write all statistical data in a SQL database
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Analyser Application
Readout the data from the SQL database and shows or export the data by port, time, and counter field.
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Management Application
This application configures the Packetmaster rules and filters but also showbandwidth and traffic informations (more details see PDF on cubro.net)
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sFlow / nFlow
The EX series units allows to produce sFlow or nFlow CDR‘s. This data can be captured with many available collectors on the market, to produce traffic statistics up to layer 4.
But the EX is not a probe!
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Applications – some examples
Aggregation
Tagging
Filtering
Cross Connect
Encapsulation (Routing)
Traffic Add & Drop
Duplicate Packet Remover
Traffic Modification
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Aggregation
Aggregation of network links and/or span ports
Aggregation and Filtering can be combined Many to Any & Any to Many Saves monitoring ports See more traffic in one trace (SIP, MGCP, RTP)
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Filtering
Filtering is possible on all the marked fields shown in this IP header diagram
Positive and Negative filtering is possible
Min. 1024 Filters per unit.
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The Packetmaster EX can be used as intelligent patch field. This is feature is possible because the EX has no designated in and out port configuration, each port is a input and a output at the same time.
The non-blocking concept is also relevant to use it as an intelligent patch field, full line rate is supported on any port.
Cross connect/Patch field
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Typical Application with optical 1/10 Gbit Splitter
.
Why it is better to use external Tap's and Splitters
The Cubro concept for large amount of aggregating links is always to use external splitter or converter, instead of a combined
solution. Because the external solution is more flexible, and in the case of a failure or upgrade, it is not necessary to open
active network link. The large amount of ports in the Packetmaster EX series gives you also the option to overcome TAP
cascades.
Cubro put all the traffic together and with the smart and powerful filtering we can divide the traffic to the relevant Probe
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Typical Application with QSFP 40 Gbit Splitter
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Cubro Layer 2 TAP Solutions
Optical Slim TAP – 8 full duplex links in 1/3 U
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10G to 1G Demultipelxing
10G inputs 1G output(s) via filtering
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Tagging/Port Marking
For easy identification of packets in an aggregated data stream the Packetmaster allows to add a specific identifier on each packet – e.g. depending on which input port the packet came into the Packetmaster
This additional identifier can be an additional VLAN,QinQ,MPLS tag.
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Encapsulation (Routing)
Routing options:
VLAN / MPLS / GRE
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Duplicate Packet Remover (DPR)
The Duplicate Packet Remover function helps to eliminate multi captured Ethernet traffic from different links. This reduces the amount of traffic and overcomes difficulties with duplicated packets in monitoring Systems.
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DPR – also works on different MACs
It may happen that duplicated packets are sent out from different routers and thus the MAC addresses are different.
The DPR function finds these packets and eliminates the duplicates
Currently TCP, UDP and SCTP is supported by this feature. And DPR also works on VLAN and MPLS tagged packets.
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DPR Example
Only one unique frame can pass the unit in the configured timeframe. This is done in line speed with a max. delay of 1 ms (even on a 10 G link because it is done in hardware).
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(Example) LTE monitoring installation in a Testpad at a carrier in Europe
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LTE Monitoringincl- load-balancing and feeding a Data Retention System
8 x 10 Gbit multimode links S1U interface must be taped and send to a monitoring and to the dataretention system.
Step 1: Taping and Amplifaction to split one multimode link into two monitoring outputs
Step2: Aggregation and filtering GTP controllplane
Step3:) Laodbalance passed on the GTP controllplane information.
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End