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Network World Clear Choice Test: Cisco ASR 1006 Router

Published on 12 January 2009

Test Methodology

 

v. 2009011201 Copyright © 1999-2009 by Network Test Inc. Vendors are encouraged to comment on this document and any other aspect of test methodology. Network Test reserves the right to change the parameters of this test at any time.

 

This documentÕs URL is http://networktest.com/asr08/asr08meth.html. A PDF version of this document is available at http://networktest.com/asr08/asr08meth.pdf.

 

By David Newman

Please forward comments to dnewman at networktest.com

                                               

1       Executive summary

This document describes the methodology for testing the Cisco ASR 1006 router. Results from these tests will be published in an exclusive Network World article.

 

Tests cover three main areas:

 

 

The article describing the ASR 1000 device will be relatively short, approximately 1,200-1,500 words, and also will include some coverage of router features. Accordingly, a key goal of this methodology is to keep testing simple. The tests described here should be able to be completed within two working days.

 

This document is organized as follows. This section introduces the test. Section 2 presents guidelines for scoring and other testing ground rules. Section 3 describes requirements for the device under test and test equipment. Section 4 describes test procedures. Section 5 describes the change history of this document.

 

2       Scoring and testing ground rules

2.1      Test scoring

Reviews published in Network World present test results in three formats: In charts or tabular form; in discussion in the article text; and in a ÒNetResultsÓ scorecard. This section discusses the weightings used to produce that scorecard.

 

Scorecards have a maximum rating of 5.0, where 5 = excellent, 4 = very good, 3 = average, 2 = below average and 1 = consistently subpar.

 

The following table lists the weightings we use to score test events.

 

Baseline performance

25%

High availability and resiliency

25%

IPSec tunnel capacity

25%

Device features

25%

TOTAL

100%

 

For tests of high-end backbone equipment, Network World does not factor price into its scorecard ratings. We may discuss pricing in the article text and/or in the pros-and-cons section of the summary.

2.2      Unreleased product testing

Vendors may supply unreleased versions of hardware and software for testing, provided the device under test will be available to Network World readers within 60 days of the testÕs scheduled publication date.

 

We make no distinction between released products and alpha-, beta-, or gold-code products. If an unreleased version of a product catches fire (an extreme case, perhaps) or produces otherwise undesirable results (a more common outcome), we will note such results in the review.

 

We ask vendors to supply hardware and software version information along with all configurations for all tests. This ensures repeatability and helps answers questions as to what we tested.

 

2.3      No selective publication, no withdrawals

We strongly encourage vendors to prepare for all tests by running them in their labs before coming into ours. We will supply test scripts and consult with vendors on any and all aspects of test methodology. After testing we also share complete results and solicit vendor input on the results. The last thing we want is any result that surprises or embarrasses any vendor.

 

That said, Network WorldÕs policy is to publish all results from all tests. This may include results a vendor may perceive as negative. Network World will not honor requests to publish only the ÒgoodÓ results from a set of tests.

 

Network World maintains a standing open invitation to run the tests described here. Vendors are welcome to schedule retests to showcase new features or to correct previous problematic results.

 

3       The test bed

This section discusses requirements of systems under test and introduces the test equipment to be used.

3.1      Devices under test

For this project, the Cisco ASR 1000 Series switch will be equipped as follows:

 

 

We strongly encourage vendors to supply 10 percent spare interfaces and optics in the event of card and/or transceiver failure.

 

3.1.1      DUT parameters

To demonstrate the ability of the DUT to perform while also handling common security and management tasks, the following device parameters will be in effect during all tests:

 

á      Apply uRPF on the five subinterfaces defined on the 10G Ethernet interface, and on each of 200 subinterfaces defined on the gigabit Ethernet interfaces

 

á      Apply two 103-line security access control lists (ACL) on each of the five subinterfaces defined on the 10G Ethernet interface and on each of 200 subinterfaces defined on the gigabit Ethernet interfaces

 

á      Enable NetFlow reporting on all interfaces

 

3.2      Test instrument

3.2.1      Spirent TestCenter

The principal test instrument for this project is the TestCenter traffic generator/analyzer manufactured by Spirent Communications Inc.

 

We plan to use release 2.3x of Spirent TestCenter software for this project.

 

Unless Cisco requests otherwise, the 10-gigabit Ethernet cards will use XFP MSA modules with 10GBase-SR 850-nm optics. Please advise ASAP if you plan to supply other transceiver type(s).

3.3      Test bed addressing

Unless otherwise noted, the device under test and test instruments will use addresses as given in the table in Appendix A of this document.

 

We offer test traffic to one 10G Ethernet and 10 gigabit Ethernet interfaces on the DUT. Generally speaking, DUT interfaces will use .1 and Spirent TestCenter interfaces will have .2 as their fourth octet. Physical interfaces will use /24 and subinterfaces will use /16 prefix lengths.

 

Also note that in unicast-only tests multicast routing will not be enabled, nor should IGMP be configured on the device under test.

 

We assign IPv4 addresses both to physical interfaces and to subinterfaces, as given in the table in Appendix A.

 

4       Test procedures

For each routine in this section, this document describes:

 

á      the test objective(s);

á      the configuration to be used;

á      the procedure to be used;

á      the test metrics to be recorded;

á      reporting requirements.

 

4.1      Baseline IPv4 unicast throughput and latency

4.1.1      Objectives

Determine system throughput, latency, jitter, and sequencing forwarding unicast IPv4 packets across IPv4 subnet boundaries

 

4.1.2      Test bed configuration

This device under test (DUT) is one chassis equipped with 1 10-gigabit Ethernet interface and 10 gigabit Ethernet interfaces. We attach Spirent TestCenter ports to each interface of the DUT.

 

The DUT must be configured with five subinterfaces on the 10G Ethernet interface, and with a total of 200 subinterfaces on the gigabit Ethernet interfaces (or 20 subinterfaces per gigabit Ethernet interface).

 

IPv4 address assignments are given in Appendix A.

 

This test uses OSPFv2 and one peer per logical subinterface. The gigabit Ethernet subinterfaces on both the DUT and the routers emulated by Spirent TestCenter will be in OSPF area 1, while the 10G Ethernet interfaces on the DUT and Spirent TestCenter will be in OSPF area 0. Area 1 will be a totally stub NSSA. We will configure Spirent TestCenter to bring up adjacencies with all subinterfaces on the DUT. Then TestCenter will advertise 300,000 unique type 5 (external) LSAs to the 10G Ethernet subinterfaces, and 100 unique NSSA LSAs to each of the 200 subinterfaces on the gigabit Ethernet interfaces.

 

The routes advertised must be noncontiguous network blocks to prevent aggregation. We configure Spirent TestCenter with these OSPF parameters:

 

Parameter

Value

Area ID

0.0.0.1

Network type

Native

Router priority

0 (forces DUT to be DR)

Options

0x02 (External routing, E-bit 1) for 10G Ethernet; 0x08 (NSSA, N/P-bit 3) for gigabit Ethernet

Authentication mode

MD5

Authentication password

ASR1000

MD5 key

1

Graceful restart

Enabled

Bidirectional forwarding detection (BFD)

Enabled

 

With the exception of OSPF management traffic, the DUT should be configured so that all other management traffic is disabled. This includes spanning tree, CDP and any other protocols that may contend for bandwidth during the test. IP multicast routing and IGMP should be disabled in this test.

 

To speed testing, ARP aging timers should be disabled or set to extremely high values (e.g., at least 24 hours greater than the test duration).

 

The DUT should use IP addressing as given in the table in section 3.3 of this document.

 

The test traffic shall consist of 64-, 256- and 1,518-byte frames carrying IP headers (offered in separate runs) using a bidirectional traffic orientation and a partially meshed distribution. See RFC 2285 for definitions of traffic orientation and distribution.

 

For purposes of this test, Òpartially meshedÓ means test traffic offered to interfaces on one side of the DUT is destined for all interfaces on the other side of the DUT, and vice-versa.

 

4.1.3      Procedure

As described in the test bed configuration section, we configure Spirent TestCenter to bring up OSPFv2 adjacencies with all subinterfaces of the DUT. Spirent TestCenter then offers 300,000 unique type-5 LSAs across the five subinterfaces on the DUT's 10G Ethernet interface, or 60,000 routes per subinterface. Spirent TestCenter also brings up adjacencies with all 200 subinterfaces on the DUT's gigabit Ethernet ports, and advertises 100 totally stub NSSA LSAs to each subinterface. After the routes have been installed in the DUT's database, TestCenter offers traffic destined to all routes.

 

Using a binary search algorithm, we offer traffic to each interface in a partially meshed pattern to determine the throughput rate and frames received in sequence.

 

The test instrument also measures latency at the throughput rate, per RFC 2544 section 26, as well as counting frames in and out of sequence.

 

We repeat all tests with 64-, 256-, and 1,518-byte frames.

 

Test duration is 300 seconds per iteration.

 

The precision of delay measurements is +/- 100 nanoseconds.

 

4.1.4      Metrics

Theoretical maximum throughput (64, 256, 1518-byte frames)

ASR 1000 throughput (64, 256, 1518-byte frames)

ASR 1000 average latency (64, 256, 1518-byte frames)

ASR 1000 maximum latency (64, 256, 1518-byte frames)

Frames received out of sequence (all tests)

 

4.1.5      Reporting requirements

DUT configuration

DUT hardware and software version

TestCenter configuration

Test results

 

4.2      Baseline IPv4 multicast throughput and latency

4.2.1      Objectives

Determine system throughput, latency, jitter, and sequencing forwarding multicast IPv4 packets

 

4.2.2      Test bed configuration

This device under test (DUT) is one chassis equipped with 1 10-gigabit Ethernet interface and 10 gigabit Ethernet interfaces. We attach Spirent TestCenter ports to each interface of the DUT.

 

The DUT must be configured with five subinterfaces on the 10G Ethernet interface, and with a total of 200 subinterfaces on the gigabit Ethernet interfaces (or 20 subinterfaces per gigabit Ethernet interface). IPv4 address assignments are given in Appendix A.

 

Appendix A of this document gives IP address assignments. Note that the first Spirent TestCenter port (attached to interface Te0/0/0.1 of the DUT) will offer traffic from 50 multicast sources. Emulated hosts on all subinterfaces of all gigabit Ethernet interfaces will join 200 multicast groups.

 

PIM-SM multicast routing should be enabled for this test. All other management protocols should be disabled. This includes spanning tree, CDP and any other protocols that may contend for bandwidth during the test.

 

The rendezvous point (RP) address should be the DUTÕs loopback interface address of 127.0.0.1.

 

To speed testing, ARP aging timers should be disabled or set to extremely high values (e.g., at least 24 hours greater than the test duration).

 

The test traffic shall consist of 64-, 256-, and 1,518-byte frames carrying IP headers (offered in separate runs) using a unidirectional traffic orientation and a partially  meshed distribution. See RFC 2285 for definitions of traffic orientation and distribution.

 

4.2.3      Procedure

Emulated hosts attached to ports Gi0/0/0.2001 through Gi1/0/4.2200 of the DUT will use IGMPv3 reports to join 200 multicast groups ranging from 225.0.0.1 through 225.0.0.200.

 

After group membership is verified and all tables are populated (with a learning run if necessary as described in RFC 2544 section 23 and RFC 3918 section 4.1), we will offer traffic from 50 emulated sources attached to port Te0/0/1.1, destined to all multicast receivers on all other ports.

 

Using a binary search algorithm we offer traffic in a partially meshed pattern (from all sources to all subscribers) to determine the throughput rate and frames received in sequence.

 

The test instrument also measures latency at the throughput rate, per RFC 2544 section 26, as well as counting frames in and out of sequence.

 

We repeat all tests with 64-, 256-, and 1,518-byte frames.

 

Test duration is 300 seconds per iteration.

 

The precision of delay measurements is +/- 100 nanoseconds.

 

4.2.4      Metrics

Theoretical maximum throughput (64, 256, 1518-byte frames)

ASR 1000 throughput (64, 256, 1518-byte frames)

ASR 1000 average latency (64, 256, 1518-byte frames)

ASR 1000 maximum latency (64, 256, 1518-byte frames)

Frames received out of sequence (all tests)

 

4.2.5      Reporting requirements

DUT configuration

DUT hardware and software version

TestCenter configuration

Test results

 

4.3      High availability and resiliency

4.3.1      Objective

 

To determine the effect, if any, on data- or control-plane forwarding during and after the failure of an ESP/RP

To determine the effect, if any, on data- or control-plane forwarding during and after an upgrade of the DUTÕs system image

To determine the effect, if any, on data- or control-plane forwarding during and after an downgrade of the DUTÕs system image

 

4.3.2      Test bed configuration

The test bed for this event is similar to that used above in the IPv4 unicast performance tests described in section 4.1 of this document. Test traffic will consist of 64-byte frames offered at the throughput rate as determined in section 4.1.

 

4.3.3      Procedure

1.     We begin with an IPv4 baseline test. TestCenter brings up OSPFv2 adjacencies on all DUT ports and advertises routes as previously described in the IPv4 unicast tests.

2.     After allowing sufficient time for routes to be installed in the DUTÕs database, TestCenter offers 64-byte frames to all routes at the throughput rate for 300 seconds. At the conclusion of the test, we determine what frame loss, if any, has occurred.

3.     We repeat the previous step, this time doing administratively downing the DUTÕs ESP module, forcing a failover to a secondary module.

4.     At the end of the test, we compare results from step 2. Any delta in frame loss between the two tests can be attributed to the ESP failover. No difference in frame loss indicates a seamless failover.

5.     We repeat the previous step, this time doing administratively downing the DUTÕs RP module, forcing a failover to a secondary module.

6.     At the end of the test, we compare results from step 2. Any delta in frame loss between the two tests can be attributed to the RP failover. No difference in frame loss indicates a seamless failover.

7.     We repeat step 2, this time doing a complete upgrade of the system image and extending the test duration to N seconds, where N is the time needed for the upgrade plus at least 60 seconds. While the DUT routes traffic, the ISSU upgrade will begin by upgrading and rebooting the secondary ESP/RP.  Once the ESP/RP is active, it takes over as the new active ESP/RP, and the primary ESP/RP begins the upgrade. From this point to the end of this test, the secondary ESP/RP forwards traffic and maintains the OSPF state with all neighbors.

8.     At the end of the test, we compare results from step 2. Any delta in frame loss between the two tests can be attributed to the change in software images. No difference in frame loss indicates a seamless in-service software upgrade.

9.     We repeat steps 5 and 6, this time performing a downgrade of the system image.

10.     At the end of the test, we compare results from step 2. Any delta in frame loss between the two tests can be attributed to the fabric removal. No difference in frame loss indicates a seamless in-service software downgrade.

 

The test duration is 300 seconds for the baseline and ESP and RP failover tests, and N seconds for the system image upgrade and downgrade tests, where N is the time needed for the upgrade plus 60 seconds or more

 

4.3.4      Metrics

Frame loss during baseline test

Frame loss during ESP failover

Frame loss during RP failover

Frame loss during system image upgrade

Frame loss during system image downgrade

 

4.3.5      Reporting requirements

DUT configuration

DUT hardware and software version

TestCenter configuration

Test results

 

4.4      IPSec tunnel capacity

 

4.4.1      Objective

To validate the ability of a pair of ASR 1000s to deliver traffic throughput 2,000 concurrent IPSec tunnels.

 

To determine the ability of a pair of ASR 1000s to carry encrypted and cleartext traffic concurrently at high rates

 

4.4.2      Test bed configuration

This system under test (SUT) is two chassis as shown in the figure below. We attach Spirent TestCenter ports to each gigabit Ethernet interface of the DUT; the two chassis are connected via their 10-gigabit Ethernet interfaces, as shown below in this figure of the physical test bed.

In the figure above, Router 1 on the left-hand side of the diagram represents a data-center device terminating many IPSec tunnels, while Router 2 on the right-hand side of the diagram represents multiple routers at remote sites.

 

In this test, the IPSec tunnel endpoints are on the 10G Ethernet interfaces of both Routers 1 and 2. A Cisco Catalyst 7600 between the two routers represents a next hop for both routrs. The figure below shows the logical test bed.

 

 

Appendix B at the end of this document spells out IP addressing details.

 

Router 1 must be configured with at least one subinterface on its 10G Ethernet interface and at least one subinterface on each of its gigabit Ethernet interfaces. In this test, we use only one subinterface on each of Router 1Õs physical interfaces, but we have preserved the addressing from previous tests to save on reconfiguration.

 

Router 2 must be configured with at least one subinterface on its 10G Ethernet interface facing Router 1 and at least 2001 subinterfaces on its Spirent TestCenter-facing 10G Ethernet interface. The Spirent TestCenter test instrument attached to router 2 will advertise a total of 2,001 networks via OSPF to router 2Õs gigabit Ethernet interfaces, with the first 2,000 networks representing a unique IPSec tunnel that router 2 must establish with router 1. Again, Appendix B lists IPv4 address assignments for this test.

 

OSPFv2 must be enabled on both routers, allowing both routers to learn of each otherÕs neworks.

 

For the purposes of this test, an IPSec ÒtunnelÓ means one IKE Phase 1 plus one pair of Phase 2 IPSec security associations (SAs).

 

Both routers must use the following parameters in all tunnel establishment attempts:

 

Phase 1 mode: Main mode

Phase 1 encryption algorithm: AES-256

Phase 1 hashing algorithm: SHA-1

Phase 1 Diffie-Hellman group: 2

Phase 1 life type, duration: time-based, 28,800 seconds

PRF: Not defined

 

Phase 2 mode: Quick mode

Phase 2 life type, duration: time-based, 28,800 seconds

Phase 2 PFS: enabled

Phase 2 encapsulation mode: tunnel mode

Phase 2 encryption algorithm: AES-256

Phase 2 message authentication algorithm: HMAC-SHA

 

4.4.3      Procedure

1. Using Spirent TestCenter, we offer bidirectional traffic between 2,000 pairs of subnets, establishing an IKE Phase 1/pair of IPSec Phase 2 tunnels for each. Test traffic shall consist of a stream of 64-byte frames offered at 20 percent of gigabit Ethernet line rate (29,760 fps).

 

2. We note the number of established tunnels. We may spot-check results by using a tap or span port and external protocol analyzer to verify the use of unique SPIs for each tunnel.

 

3. While encrypted and authenticated traffic continues to flow through 2,000 IPSec tunnels, we offer a bidirectional stream of 64-byte frames to and from a 2,001th network via Router 2. This traffic should not be encrypted, and the intended load should be high enough to consume all remaining bandwidth (80 percent of line rate).

 

4.4.4      Metrics

Maximum tunnels established

Forwarding rate for IPSec traffic

Forwarding rate for cleartext traffic

 

4.4.5      Reporting requirements

DUT configuration

DUT hardware and software version

TestCenter configuration

Test results

 

5       Change history

 

Version 2009011201

Title
Noted publication

 

Version 2009010201

Title
Specified publication date

 

Section 3.1.1

Added uRPF on all interfaces

 

Added two 103-line ACLs on all subinterfaces on both gigabit and 10G Ethernet interfaces

 

Section 4.1.2

Specificied area 1 NSSA totally stub for subinterfaces defined on gigabit Ethernet interfaces

 

Added N/P bit 3 (0x08) for area 1 options

 

Removed specification for MAC aging

 

Section 4.1.3

Specified totally stub NSSA LSAs

 

Section 4.2.2

Removed specification for MAC aging

 

Section 4.2.3

Corrected subinterface specifications to agree with configuration: Gi0/0/0.2001 to Gi1/0/4.2200

 

Sections 4.3.3, 4.3.4

Clarified that ESP and RP failover are separate tests

 

Sections 4.4.2, 4.4.3

Added Catalyst 7600 and moved IPSec tunnel endpoints to 10G interfaces of both ASRs

 

Version 2008120401

Title

Changed scheduled publication date to early 2009

 

Version 2008091601

Section 4.1.2

Changed Spirent TestCenter router priority from 2 to 0

 

Version 2008091501

Section 4.1.2

Changed DUT reference from erroneous ÒNexusÓ to ÒDUTÓ

 

Version 2008091201

Initial public release

 

Version 2008082901

Initial internal release

 

Appendix A: Test Bed Addressing, Sections 4.1-4.3

 

 

PHYSICAL INTERFACES -- OPTIONAL -- NO TEST TRAFFIC GOES HERE

 

Interface type

DUT port

DUT IP address

Spirent TestCenter address

Spirent TestCenter port

Te0/0/0

T1/1

10.0.1.1/24

10.0.1.2/24

Port11

Gi0/1/0

G1/1

10.0.2.1/24

10.0.2.2/24

Port1

Gi0/1/1

G1/2

10.0.3.1/24

10.0.3.2/24

Port2

Gi0/1/2

G1/3

10.0.4.1/24

10.0.4.2/24

Port3

Gi0/1/3

G1/4

10.0.5.1/24

10.0.5.2/24

Port4

Gi0/1/4

G1/5

10.0.6.1/24

10.0.6.2/24

Port5

Gi1/0/0

G1/6

10.0.7.1/24

10.0.7.2/24

Port6

Gi1/0/1

G1/7

10.0.8.1/24

10.0.8.2/24

Port7

Gi1/0/2

G1/8

10.0.9.1/24

10.0.9.2/24

Port8

Gi1/0/3

G1/9

10.0.10.1/24

10.0.10.2/24

Port9

Gi1/0/4

G1/10

10.0.11.1/24

10.0.11.2/24

Port10

 

 

LOGICAL SUBINTERFACES USED BY TEST TRAFFIC

 

DUT port

VLAN ID

DUT IP address

Spirent TestCenter address

External routes advertised (all /24)

Number of NSSA routes advertised (all /24)

IPv4 multicast sources

IPv4 multicast groups

Te0/0/0.1

1001

10.1.1.1/24

10.1.1.2/24

12.0.0.0-13.212.190.0

None

10.1.1.3-10.1.1.52

None

Te0/0/0.2

1002

10.1.2.1/24

10.1.2.2/24

13.212.192.0-15.169.126.0

None

None

None

Te0/0/0.3

1003

10.1.3.1/24

10.1.3.2/24

15.169.128.0-17.126.62.0

None

None

None

Te0/0/0.4

1004

10.1.4.1/24

10.1.4.2/24

17.126.64.0-19.82.254.0

None

None

None

Te0/0/0.5

1005

10.1.5.1/24

10.1.5.2/24

19.83.0.0-21.39.190.0

None

None

None

Gi0/1/0.1

2001

10.2.1.1/24

10.2.1.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/0.2

2002

10.2.2.1/24

10.2.2.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/0.3

2003

10.2.3.1/24

10.2.3.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/0.4

2004

10.2.4.1/24

10.2.4.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/0.5

2005

10.2.5.1/24

10.2.5.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/0.6

2006

10.2.6.1/24

10.2.6.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/0.7

2007

10.2.7.1/24

10.2.7.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/0.8

2008

10.2.8.1/24

10.2.8.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/0.9

2009

10.2.9.1/24

10.2.9.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/0.10

2010

10.2.10.1/24

10.2.10.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/0.11

2011

10.2.11.1/24

10.2.11.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/0.12

2012

10.2.12.1/24

10.2.12.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/0.13

2013

10.2.13.1/24

10.2.13.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/0.14

2014

10.2.14.1/24

10.2.14.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/0.15

2015

10.2.15.1/24

10.2.15.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/0.16

2016

10.2.16.1/24

10.2.16.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/0.17

2017

10.2.17.1/24

10.2.17.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/0.18

2018

10.2.18.1/24

10.2.18.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/0.19

2019

10.2.19.1/24

10.2.19.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/0.20

2020

10.2.20.1/24

10.2.20.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/1.1

2021

10.3.1.1/24

10.3.1.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/1.2

2022

10.3.2.1/24

10.3.2.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/1.3

2023

10.3.3.1/24

10.3.3.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/1.4

2024

10.3.4.1/24

10.3.4.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/1.5

2025

10.3.5.1/24

10.3.5.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/1.6

2026

10.3.6.1/24

10.3.6.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/1.7

2027

10.3.7.1/24

10.3.7.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/1.8

2028

10.3.8.1/24

10.3.8.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/1.9

2029

10.3.9.1/24

10.3.9.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/1.10

2030

10.3.10.1/24

10.3.10.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/1.11

2031

10.3.11.1/24

10.3.11.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/1.12

2032

10.3.12.1/24

10.3.12.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/1.13

2033

10.3.13.1/24

10.3.13.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/1.14

2034

10.3.14.1/24

10.3.14.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/1.15

2035

10.3.15.1/24

10.3.15.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/1.16

2036

10.3.16.1/24

10.3.16.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/1.17

2037

10.3.17.1/24

10.3.17.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/1.18

2038

10.3.18.1/24

10.3.18.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/1.19

2039

10.3.19.1/24

10.3.19.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/1.20

2040

10.3.20.1/24

10.3.20.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/2.1

2041

10.4.1.1/24

10.4.1.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/2.2

2042

10.4.2.1/24

10.4.2.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/2.3

2043

10.4.3.1/24

10.4.3.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/2.4

2044

10.4.4.1/24

10.4.4.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/2.5

2045

10.4.5.1/24

10.4.5.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/2.6

2046

10.4.6.1/24

10.4.6.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/2.7

2047

10.4.7.1/24

10.4.7.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/2.8

2048

10.4.8.1/24

10.4.8.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/2.9

2049

10.4.9.1/24

10.4.9.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/2.10

2050

10.4.10.1/24

10.4.10.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/2.11

2051

10.4.11.1/24

10.4.11.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/2.12

2052

10.4.12.1/24

10.4.12.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/2.13

2053

10.4.13.1/24

10.4.13.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/2.14

2054

10.4.14.1/24

10.4.14.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/2.15

2055

10.4.15.1/24

10.4.15.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/2.16

2056

10.4.16.1/24

10.4.16.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/2.17

2057

10.4.17.1/24

10.4.17.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/2.18

2058

10.4.18.1/24

10.4.18.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/2.19

2059

10.4.19.1/24

10.4.19.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/2.20

2060

10.4.20.1/24

10.4.20.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/3.1

2061

10.5.1.1/24

10.5.1.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/3.2

2062

10.5.2.1/24

10.5.2.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/3.3

2063

10.5.3.1/24

10.5.3.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/3.4

2064

10.5.4.1/24

10.5.4.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/3.5

2065

10.5.5.1/24

10.5.5.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/3.6

2066

10.5.6.1/24

10.5.6.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/3.7

2067

10.5.7.1/24

10.5.7.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/3.8

2068

10.5.8.1/24

10.5.8.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/3.9

2069

10.5.9.1/24

10.5.9.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/3.10

2070

10.5.10.1/24

10.5.10.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/3.11

2071

10.5.11.1/24

10.5.11.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/3.12

2072

10.5.12.1/24

10.5.12.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/3.13

2073

10.5.13.1/24

10.5.13.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/3.14

2074

10.5.14.1/24

10.5.14.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/3.15

2075

10.5.15.1/24

10.5.15.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/3.16

2076

10.5.16.1/24

10.5.16.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/3.17

2077

10.5.17.1/24

10.5.17.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/3.18

2078

10.5.18.1/24

10.5.18.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/3.19

2079

10.5.19.1/24

10.5.19.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/3.20

2080

10.5.20.1/24

10.5.20.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/4.1

2081

10.6.1.1/24

10.6.1.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/4.2

2082

10.6.2.1/24

10.6.2.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/4.3

2083

10.6.3.1/24

10.6.3.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/4.4

2084

10.6.4.1/24

10.6.4.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/4.5

2085

10.6.5.1/24

10.6.5.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/4.6

2086

10.6.6.1/24

10.6.6.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/4.7

2087

10.6.7.1/24

10.6.7.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/4.8

2088

10.6.8.1/24

10.6.8.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/4.9

2089

10.6.9.1/24

10.6.9.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/4.10

2090

10.6.10.1/24

10.6.10.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/4.11

2091

10.6.11.1/24

10.6.11.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/4.12

2092

10.6.12.1/24

10.6.12.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/4.13

2093

10.6.13.1/24

10.6.13.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/4.14

2094

10.6.14.1/24

10.6.14.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/4.15

2095

10.6.15.1/24

10.6.15.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/4.16

2096

10.6.16.1/24

10.6.16.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/4.17

2097

10.6.17.1/24

10.6.17.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/4.18

2098

10.6.18.1/24

10.6.18.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/4.19

2099

10.6.19.1/24

10.6.19.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi0/1/4.20

2100

10.6.20.1/24

10.6.20.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/0.1

2101

10.7.1.1/24

10.7.1.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/0.2

2102

10.7.2.1/24

10.7.2.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/0.3

2103

10.7.3.1/24

10.7.3.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/0.4

2104

10.7.4.1/24

10.7.4.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/0.5

2105

10.7.5.1/24

10.7.5.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/0.6

2106

10.7.6.1/24

10.7.6.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/0.7

2107

10.7.7.1/24

10.7.7.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/0.8

2108

10.7.8.1/24

10.7.8.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/0.9

2109

10.7.9.1/24

10.7.9.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/0.10

2110

10.7.10.1/24

10.7.10.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/0.11

2111

10.7.11.1/24

10.7.11.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/0.12

2112

10.7.12.1/24

10.7.12.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/0.13

2113

10.7.13.1/24

10.7.13.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/0.14

2114

10.7.14.1/24

10.7.14.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/0.15

2115

10.7.15.1/24

10.7.15.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/0.16

2116

10.7.16.1/24

10.7.16.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/0.17

2117

10.7.17.1/24

10.7.17.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/0.18

2118

10.7.18.1/24

10.7.18.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/0.19

2119

10.7.19.1/24

10.7.19.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/0.20

2120

10.7.20.1/24

10.7.20.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/1.1

2121

10.8.1.1/24

10.8.1.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/1.2

2122

10.8.2.1/24

10.8.2.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/1.3

2123

10.8.3.1/24

10.8.3.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/1.4

2124

10.8.4.1/24

10.8.4.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/1.5

2125

10.8.5.1/24

10.8.5.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/1.6

2126

10.8.6.1/24

10.8.6.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/1.7

2127

10.8.7.1/24

10.8.7.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/1.8

2128

10.8.8.1/24

10.8.8.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/1.9

2129

10.8.9.1/24

10.8.9.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/1.10

2130

10.8.10.1/24

10.8.10.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/1.11

2131

10.8.11.1/24

10.8.11.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/1.12

2132

10.8.12.1/24

10.8.12.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/1.13

2133

10.8.13.1/24

10.8.13.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/1.14

2134

10.8.14.1/24

10.8.14.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/1.15

2135

10.8.15.1/24

10.8.15.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/1.16

2136

10.8.16.1/24

10.8.16.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/1.17

2137

10.8.17.1/24

10.8.17.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/1.18

2138

10.8.18.1/24

10.8.18.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/1.19

2139

10.8.19.1/24

10.8.19.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/1.20

2140

10.8.20.1/24

10.8.20.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/2.1

2141

10.9.1.1/24

10.9.1.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/2.2

2142

10.9.2.1/24

10.9.2.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/2.3

2143

10.9.3.1/24

10.9.3.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/2.4

2144

10.9.4.1/24

10.9.4.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/2.5

2145

10.9.5.1/24

10.9.5.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/2.6

2146

10.9.6.1/24

10.9.6.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/2.7

2147

10.9.7.1/24

10.9.7.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/2.8

2148

10.9.8.1/24

10.9.8.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/2.9

2149

10.9.9.1/24

10.9.9.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/2.10

2150

10.9.10.1/24

10.9.10.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/2.11

2151

10.9.11.1/24

10.9.11.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/2.12

2152

10.9.12.1/24

10.9.12.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/2.13

2153

10.9.13.1/24

10.9.13.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/2.14

2154

10.9.14.1/24

10.9.14.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/2.15

2155

10.9.15.1/24

10.9.15.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/2.16

2156

10.9.16.1/24

10.9.16.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/2.17

2157

10.9.17.1/24

10.9.17.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/2.18

2158

10.9.18.1/24

10.9.18.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/2.19

2159

10.9.19.1/24

10.9.19.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/2.20

2160

10.9.20.1/24

10.9.20.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/3.1

2161

10.10.1.1/24

10.10.1.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/3.2

2162

10.10.2.1/24

10.10.2.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/3.3

2163

10.10.3.1/24

10.10.3.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/3.4

2164

10.10.4.1/24

10.10.4.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/3.5

2165

10.10.5.1/24

10.10.5.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/3.6

2166

10.10.6.1/24

10.10.6.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/3.7

2167

10.10.7.1/24

10.10.7.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/3.8

2168

10.10.8.1/24

10.10.8.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/3.9

2169

10.10.9.1/24

10.10.9.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/3.10

2170

10.10.10.1/24

10.10.10.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/3.11

2171

10.10.11.1/24

10.10.11.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/3.12

2172

10.10.12.1/24

10.10.12.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/3.13

2173

10.10.13.1/24

10.10.13.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/3.14

2174

10.10.14.1/24

10.10.14.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/3.15

2175

10.10.15.1/24

10.10.15.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/3.16

2176

10.10.16.1/24

10.10.16.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/3.17

2177

10.10.17.1/24

10.10.17.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/3.18

2178

10.10.18.1/24

10.10.18.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/3.19

2179

10.10.19.1/24

10.10.19.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/3.20

2180

10.10.20.1/24

10.10.20.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/4.1

2181

10.11.1.1/24

10.11.1.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/4.2

2182

10.11.2.1/24

10.11.2.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/4.3

2183

10.11.3.1/24

10.11.3.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/4.4

2184

10.11.4.1/24

10.11.4.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/4.5

2185

10.11.5.1/24

10.11.5.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/4.6

2186

10.11.6.1/24

10.11.6.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/4.7

2187

10.11.7.1/24

10.11.7.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/4.8

2188

10.11.8.1/24

10.11.8.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/4.9

2189

10.11.9.1/24

10.11.9.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/4.10

2190

10.11.10.1/24

10.11.10.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/4.11

2191

10.11.11.1/24

10.11.11.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/4.12

2192

10.11.12.1/24

10.11.12.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/4.13

2193

10.11.13.1/24

10.11.13.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/4.14

2194

10.11.14.1/24

10.11.14.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/4.15

2195

10.11.15.1/24

10.11.15.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/4.16

2196

10.11.16.1/24

10.11.16.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/4.17

2197

10.11.17.1/24

10.11.17.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/4.18

2198

10.11.18.1/24

10.11.18.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/4.19

2199

10.11.19.1/24

10.11.19.2/24

None

100

None

225.0.0.1-225.0.0.200

Gi1/0/4.20

2200

10.11.20.1/24

10.11.20.2/24

None

100

None

225.0.0.1-225.0.0.200

 

Appendix B: Test Bed Addressing, Section 4.4

 

 

PHYSICAL INTERFACES -- OPTIONAL -- NO TEST TRAFFIC GOES HERE

 

Router number

Interface type

DUT port

DUT IP address

Spirent TestCenter address

Spirent TestCenter port

1

10GE

Te0/0/0

10.0.1.1/24

None

None

1

1GE

Gi0/1/0

10.0.2.1/24

10.0.2.2/24

Port1

1

1GE

Gi0/1/1

10.0.3.1/24

10.0.3.2/24

Port2

1

1GE

Gi0/1/2

10.0.4.1/24

10.0.4.2/24

Port3

1

1GE

Gi0/1/3

10.0.5.1/24

10.0.5.2/24

Port4

1

1GE

Gi0/1/4

10.0.6.1/24

10.0.6.2/24

Port5

1

1GE

Gi1/0/0

10.0.7.1/24

10.0.7.2/24

Port6

1

1GE

Gi1/0/1

10.0.8.1/24

10.0.8.2/24

Port7

1

1GE

Gi1/0/2

10.0.9.1/24

10.0.9.2/24

Port8

1

1GE

Gi1/0/3

10.0.10.1/24

10.0.10.2/24

Port9

1

1GE

Gi1/0/4

10.0.11.1/24

10.0.11.2/24

Port10

2

10GE

Te0/0/0

10.0.1.2/24

None

None

2

10GE

Te0/1/0

11.0.2.1/24

11.0.2.2/24

Port11

 

 

LOGICAL SUBINTERFACES USED BY TEST TRAFFIC

 

 

 

 

Router number

DUT port

VLAN ID

DUT IP address

Spirent TestCenter address

1

Te0/0/0.1

1001

10.1.1.1/24

None

1

Gi0/1/0.1

2001

10.2.1.1/24

10.2.1.2/24

1

Gi0/1/1.1

2021

10.3.2.1/24

10.3.2.2/24

1

Gi0/1/2.1

2041

10.4.3.1/24

10.4.3.2/24

1

Gi0/1/3.1

2061

10.5.1.1/24

10.5.1.2/24

1

Gi0/1/4.1

2081

10.6.1.1/24

10.6.1.2/24

1

Gi1/0/0.1

2101

10.7.1.1/24

10.7.1.2/24

1

Gi1/0/1.1

2121

10.8.1.1/24

10.8.1.2/24

1

Gi1/0/2.1

2141

10.9.1.1/24

10.9.1.2/24

1

Gi1/0/3.1

2161

10.10.1.1/24

10.10.1.2/24

1

Gi1/0/4.1

2181

10.11.1.1/24

10.11.1.2/24

 

2

Te0/0/0.1

1001

10.1.1.2/24

None

2

Te0/1/0.1

2001

11.1.1.1/24

11.1.1.2/24

2

Te0/1/0.2

2002

11.1.2.1/24

11.1.2.2/24

2

Te0/1/0.3

2003

11.1.3.1/24

11.1.3.2/24

2

..

..

..

..

2

Te0/1/0.2001

4001

11.8.209.1/24

11.8.209.2/24