Network Test Solutions RADCOMmendation Implementing Line Utilization

Network Test Solutions
RADCOMmendation
Implementing Line Utilization
Measurements
Using the Performer
©RADCOM Ltd., 2004
Copyright  2004 by RADCOM
This documentation contains proprietary information of RADCOM Ltd. and RADCOM Equipment Inc. Such
information is hereby supplied solely for the purpose of informing explicitly and properly authorized persons of
the documentation on the operation of RADCOM equipment. Without the express prior written permission of
RADCOM Ltd. and RADCOM Equipment Inc., no part of the contents hereof may be used for any other
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The text and drawings herein are for the purpose of illustration and reference only. The specifications on which
they are based are subject to change without notice.
Publication Date:
September 2004
Trademark Acknowledgements
RADCOM is a trademark of RADCOM Ltd. in Israel and/or other countries. Microsoft ® Windows ® and
Microsoft® Windows NT ® are registered trademarks or of Microsoft Corporation in the US and/ or other
countries. All other brand and product names referred to herein are either registered or unregistered trademarks
or service marks belonging to their respective owners.
Preview
The following document describes how to implement line utilization measurements, on the various supported
interfaces, using RADCOM’s Performer Online Analysis application.
Most problems you encounter on your line are due to congested networks. By using RADCOM’s Online
Analysis application, you can perform line utilization measurements and immediately indicate the congested
network, saving you time and unnecessary effort.
The measurements are gathered and calculated solely by RADCOM’s exclusive GEAR chip. The supported
rates range between 1.5 Mbps T1 to 2.48 Gbps OC48 (STM16).
The Performer features the following capabilities, enabling line traffic measurements:
•
Results can be calculated according to the following:
•
o Utilization (percentage of full line rate).
o Bit per second.
o Frame/cell per second.
Saves results and reopens offline utilization measurements.
Using the Online Analysis Application
1. To measure the line utilization perform the following steps:
2. Click the Analysis button
from the Performer Launch bar to open the online Analysis application.
3. In the Setup tab select the following:
a. In the Analysis pane, select the required analysis (see Supported Interfaces below).
b. In the Collecting Data pane: buffer resolution: 1 second
c. The Save History pane enables you to open offline measurements:
i. Select Saving mode: cyclic (recommended, not mandatory).
ii. Define the Duration period required.
4. Click Start.
5. Select the Graph tab.
Implementing Line Utilization Measurements
Using the Performer
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6. Expand the Field selection as follows:
7. Click the Refresh button (on the bottom left side).
8. Expand the Last Sample selection as follows:
Implementing Line Utilization Measurements
Using the Performer
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9. Select the required ports (for example, 1-4). At this point you can begin viewing the ports’ traffic
measurements.
10. Select Utilization from the Y-Axis button (on the top of the screen).
Note:
The y-axis represents the actual utilization (in percent) of the theoretical full line rate.
View the results in the following graph:
Notes
•
Use the X and Y scaling icons
•
The Y-axis scales automatically according to the highest value on the screen.
Implementing Line Utilization Measurements
Using the Performer
to control the scales.
3
•
You can measure the port’s traffic according to the following criteria:
a. Utilization.
b. Bit per second.
c. Frame per second.
•
The Save History option in the Setup tab enables saving the line utilization measurement results to a file,
which you can then reopen offline.
Supported Interfaces
A list of all the analyses can be found in the Layer 1 Analysis folder, in the Analysis tree view.
LIM
Analysis Name
Number of Ports
OC3/12 ATM
ATM distribution – traffic distribution by port.
1-2
OC48 ATM
ATM distribution – traffic distribution by port.
1
OC3/12 PoS
Frame level distribution – frame direction
distribution.
1-2
OC48 PoS
Frame level distribution – frame direction
distribution.
1
10/100/1000 Ethernet
LAN frame level – frame direction distribution.
1-4
Multi E1/T1/J1
Frame level distribution – traffic distribution by
channel number.
Ports: 1-12
Channels 1-31
ATMoE1/T1/J1 or IMA
ATM distribution – traffic distribution by port.
1-8
Multi-port OC3
ATM distribution – traffic distribution by port.
1-8
Gigabit Ethernet
LAN Frame level – frame direction distribution.
1-2
DS3/E3
To be implemented in the future.
Channelized OC3
To be implemented in the future.
Implementing Line Utilization Measurements
Using the Performer
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RADCOM Equipment Inc.
6 Forest Avenue, Paramus, NJ 07652, USA
Tel: (201) 518-0033 or 1-800-RADCOM-4, Fax: (201) 556-9030
E-mail: [email protected]
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RADCOM Ltd.
24 Raoul Wallenberg St., Tel Aviv, 69719, Israel
Tel: 972-3-6455055, Fax: 972-3-6474681
E-mail: [email protected]
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RADCOM Ltd.
Handerson Center, Office 506, Tower 3,
18 Jianguomennei Avenue, Beijing 1000005, P.R. China
Tel: +86-10-65187723, Fax: +86-10-65187721
E-mail: [email protected]
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2440 The Quadrant
Aztec West, Almondsbury
Bristol, BS32 4AQ England
Tel: +44-145-487-8827, Fax: +44-145-487-8788
E-mail: [email protected]
Web Site:
http://www.radcom.com
© RADCOM, 2004