Jitter test, Network requirements, Network diagram – H3C Technologies H3C S3100 Series Switches User Manual

Page 894: Configuration procedure

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DNS Resolve Time: 0 HTTP Operation Time: 675

DNS Resolve Min Time: 0 HTTP Test Total Time: 748

DNS Resolve Max Time: 0 HTTP Transmission Successful Times: 10

DNS Resolve Failed Times: 0 HTTP Transmission Failed Times: 0

DNS Resolve Timeout Times: 0 HTTP Transmission Timeout Times: 0

TCP Connect Time: 73 HTTP Operation Min Time: 27

TCP Connect Min Time: 5 HTTP Operation Max Time: 80

TCP Connect Max Time: 20

TCP Connect Timeout Times: 0

[Sysname-hwping-administrator-http] display hwping history administrator http

HWPing entry(admin administrator, tag http) history record:

Index Response Status LastRC Time

1 13 1 0 2000-04-02 15:15:52.5

2 9 1 0 2000-04-02 15:15:52.5

3 3 1 0 2000-04-02 15:15:52.5

4 3 1 0 2000-04-02 15:15:52.5

5 3 1 0 2000-04-02 15:15:52.5

6 2 1 0 2000-04-02 15:15:52.4

7 3 1 0 2000-04-02 15:15:52.4

8 3 1 0 2000-04-02 15:15:52.4

9 2 1 0 2000-04-02 15:15:52.4

10 2 1 0 2000-04-02 15:15:52.4

For detailed output description, see the corresponding command manual.

When you use H3C S3100 Series Switches as HWPing Client for http test, if configuring the destination

address as the host name, you must configure the IP address of the DNS server to resolve the host

name into an IP address, which is the destination IP address of this HTTP test.

Jitter Test

Network requirements

Both the HWPing client and the HWPing server are H3C S3100 series Ethernet switches. Perform an

HWPing jitter test between the two switches to test the delay jitter of the UDP packets exchanged

between this end (HWPing client) and the specified destination end (HWPing server), with the port

number set to 9000.

Network diagram

Figure 1-6 Network diagram for the Jitter test

Configuration procedure

z

Configure HWPing Server (Switch B):

# Enable the HWPing server and configure the IP address and port to listen on.

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