Xtramus NuWIN User Manual
NuWIN
User Manual
Xtramus Technologies
E-mail: sales@xtramus.com
Website: www.xtramus.com
Tel: +886-2-8227-6611
Fax: +886-2-8227-6622
Copyright
Copyright © 2009 Xtramus Technologies. All Rights Reserved. The information contained in this document is the
property of Xtramus Technologies. No part of this publication may be reproduced, stored in a retrieval system, or
transmitted, in any form or by any means, without the prior written permission of Xtramus Technologies.
Disclaimer
The information contained in this document is subject to change without notice and does not represent a
commitment on the part of Xtramus Technologies. The information in this document is believed to be accurate
and reliable; however, Xtramus Technologies assumes no responsibility or liability for any errors or inaccuracies
that may appear in the document.
Trademarks
NuWIN is the trademark or registered trademark of Xtramus Technologies. All other trademarks and registered
trademarks are the property of their respective owners.
Warranty
Xtramus Technologies warrants to recipient that hardware/software it supplies with this document will be free
from significant defects in materials and workmanship for a period of twelve (12) months from the date of delivery,
under normal use and conditions. Defective Product under warranty shall be, at Xtramus Technologies’
discretion, repaired or replaced. To the extent permitted by applicable law, all implied warranties, including but
not limited to implied warranties of merchantability, non-infringement and fitness for a particular purpose, are
hereby excluded, and the liability to Xtramus Technologies, if any, for damages relating to any allegedly defective
product shall be limited to the actual price paid by the purchaser for such product. In no event will Xtramus
Technologies be liable for costs of procurement of substitute products or services, lost profits, or any special,
direct, indirect, consequential, or incidental damages, however caused and on any theory of liability, arising in
any way out of the sale and/or license of products or services to recipient even if advised of the possibility of
such damages and notwithstanding any failure of essential purpose of any limited remedy.
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Date SW
Version
Oct.
03,
2008
Feb
24,
2009
Dec
07,
2009
v2.1b4 1.0 1. NS-2000i chassis
v2.1b4 1. Modify Multiple user
v2.1b4 1. Remove “Jitter” and all related pics.
FPGA
Version
REVISION HISTORY
FW
Version
USM
Version
History
2. Update module card specifications
3. New module cards
4. Comparison table for module cards
5. Update illustrations and diagrams
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TABLE OF CONTENTS
1. INTRODUCTION ........................................................................................................................................... 1
1.1
NUWIN ................................................................................................................................................ 1
1.2 NUS
1.3 S
1.4 NUS
2. FUNCTION DESCRIPTION ......................................................................................................................... 7
2.1 NUS
2.2 NUS
TREAMS CHASSIS
PECIFICATION
TREAMS PACKAGE
TREAMS HARDWARE
2.1.1 Chassis ......................................................................................................7
2.1.2 Module Card ..............................................................................................8
2.1.3 Changing Filters.......................................................................................25
2.1.3.1 NuStreams-2000i.......................................................................................................................................... 25
2.1.3.2 NuStreams-600............................................................................................................................................. 26
2.1.4 Port Hardware..........................................................................................27
2.1.4.1 Matrix........................................................................................................................................................... 27
2.1.4.2 Packets.......................................................................................................................................................... 27
2.1.4.3 Frame Data ................................................................................................................................................... 27
TREAMS SOFTWARE
2.2.1 NuWIN (NuStreams Window)...................................................................29
2.2.1.1 Chassis Chain ............................................................................................................................................... 29
2.2.1.2 Chassis.......................................................................................................................................................... 29
2.2.1.3 Card.............................................................................................................................................................. 29
2.2.1.4 Port ............................................................................................................................................................... 29
2.2.1.5 Port Properties .............................................................................................................................................. 30
2.2.1.6 Counter Window .......................................................................................................................................... 30
2.2.2 NuApps-2889...........................................................................................31
2.2.3 NuAPI ......................................................................................................31
2.2.4 NuApps-2544...........................................................................................31
2.2.5 NuApps-ACPower....................................................................................31
2.2.6 Multiple Users ..........................................................................................32
.................................................................................................................................. 2
............................................................................................................................................. 5
................................................................................................................................ 5
............................................................................................................................. 7
............................................................................................................................ 29
3. INSTALLATION........................................................................................................................................... 33
3.1 S
TARTING NU
4. OPERATING PROCEDURE ....................................................................................................................... 34
4.1 S
TARTING NU
4.1.1 Main Window ...........................................................................................37
4.2 C
HASSIS PANEL
4.3 P
OPUP MENU
4.4 R
ESERVE AND RELEASE
4.5 L
EARNING
4.6 C
OPY PORT DATA
4.7 P
ASTE PORT DATA
4.8 M
ULTIPLE SELECTION
4.9 S
ET UP TRANSMIT PACKET
4.9.1 Frame Data Setup....................................................................................56
4.9.1.1 Mask............................................................................................................................................................. 56
4.9.1.2 Mode ............................................................................................................................................................ 58
4.9.1.3 Loop ............................................................................................................................................................. 58
4.9.1.4 Padding and Pattern...................................................................................................................................... 60
4.9.1.5 Pattern Edit................................................................................................................................................... 61
4.9.1.6 Capture and View Packet ............................................................................................................................. 64
4.9.1.7 TxUDF ......................................................................................................................................................... 68
4.9.1.8 Collision ....................................................................................................................................................... 71
4.9.1.9. BERT........................................................................................................................................................... 72
4.9.1.10 Loopback.................................................................................................................................................... 73
4.9.2 Stream Control Setup...............................................................................75
WIN..................................................................................................................................... 33
WIN..................................................................................................................................... 34
.......................................................................................................................................... 42
.............................................................................................................................................. 45
............................................................................................................................. 48
.................................................................................................................................................. 49
...................................................................................................................................... 52
..................................................................................................................................... 53
................................................................................................................................ 53
......................................................................................................................... 55
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4.9.2.2 Streams Control Mode.................................................................................................................................. 76
4.9.3 Protocol Setup .........................................................................................78
4.9.4 Transmit Header Operation......................................................................79
4.9.4.1 How to Set up Transmit Header Operation................................................................................................... 79
4.9.4.2 Set up and Operate in Smart Matrix ............................................................................................................. 84
4.9.5 Packet View Setup...................................................................................90
4.10 S
ET UP MATRIX
........................................................................................................................................ 91
4.10.1 Frame Data Setup vs. Matrix Setup......................................................100
4.10.2 Multi-Stream.........................................................................................102
4.11 S
ET UP CAPTURE PACKET FORMAT
4.12 S
ET UP RECEIVE PACKET
4.13 S
ET UP MEDIA TYPE
4.13 S
ET UP
MII S
TATE
.................................................................................................................................. 115
4.14 A
UTO
-MDIX.......................................................................................................................................... 116
4.15 S
TART TRANSMISSION
4.16 S
TOP TRANSMISSION
4.17 S
TART CAPTURE MODE
4.18 V
IEW AND CLEAR COUNTER
4.19 S
TREAM COUNTER
4.20 C
ONTROL
............................................................................................................................................... 132
................................................................................................................................. 128
........................................................................................................................ 112
............................................................................................................................... 113
............................................................................................................................ 117
.............................................................................................................................. 119
.......................................................................................................................... 120
........................................................................................................ 110
.................................................................................................................. 126
4.20.1 Group Control Window.........................................................................132
4.20.2 Browse Setup Window .........................................................................139
4.20.2.1 Basic......................................................................................................................................................... 140
4.20.2.2 Ping .......................................................................................................................................................... 142
4.20.2.3 Control...................................................................................................................................................... 143
4.20.3 Configuration Setup .............................................................................144
4.21 R
EPORT
.................................................................................................................................................. 147
4.21.1 Counter Window...................................................................................147
4.21.1.1 Counter Chart ........................................................................................................................................... 151
4.21.2 Counter Group Window........................................................................156
4.21.2.1 Definition ................................................................................................................................................. 156
4.21.2.2 Create /Close Counter Window Group..................................................................................................... 156
4.21.3 Group Window .....................................................................................158
4.21.4 Log Window .........................................................................................158
4.21.5 Port Lock Status Window .....................................................................159
4.21.6 Card Version Information .....................................................................159
4.21.6.1 Card Version (Current Port) ..................................................................................................................... 159
4.21.6.2 Card Version (Chassis)............................................................................................................................. 160
4.21.6.3 Update Firmware...................................................................................................................................... 160
4.21.6.4 Global Flag............................................................................................................................................... 162
4.21.6.5 System Flag .............................................................................................................................................. 162
4.22 X-T
4.23 U
4.24 P
4.25 R
4.26 R
RAILER
............................................................................................................................................. 163
SER DEFINED COUNTER STATISTICS
ORT PROPERTY
ESET FACTORY DEFAULT VALUE
ESET
MII (
..................................................................................................................................... 165
......................................................................................................... 166
EXCEPT
FPGA
AND
PHY) ................................................................................................... 166
.................................................................................................... 165
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1. Introduction
1.1 NuWIN
NuWIN provides a powerful and sophisticated virtual front panel to manage the
NuStreams-2000i and NuStreams-600 chassis. Each test port can be independently
configured with parameters to define streams, filters, and capture capabilities. Traffic
for various network protocols can be customized, transmitted, and received on each
port. Comprehensive statistics provide users an in-depth analysis of the performance of
the DUT (Device Under Test).
NuWIN has a flexible and intuitive interface to control test modules in a single or
multiple chassis through a click of the mouse. Any combination of test modules can be
inserted into NuStreams chassis and be instantly identified.
Each port can be configured to analyze and count packets to match user-defined
criteria, such as source and destination MAC addresses, custom patterns, errors, and
frame size ranges. Each port is equipped with capture memory, which can store
packets in real time. A comprehensive set of user-defined triggers and filters is
available based on source and/or destination MAC and/or IP addresses, data patterns,
and error conditions.
NuWIN is designed to allow multiple users to access individual ports of every test
module installed. This feature enables users to execute their own tests on the ports
assigned to them without disrupting other users on the system.
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1.2 NuStreams Chassis
NuStreams-2000i is an advanced built-in Ethernet testing system. NuStreams-600 is a
compact, portable, and desktop Ethernet testing system. Both support layer 2~7 and
wire-speed layer 2/3 packet generation/receipt for multiple DUT (Device Under Test).
NuStreams-2000i comprises XM-2113C (built-in IPC) and various module cards as
below:
XM-2S8G (internal switch module),
XM-2S19 (Module card element collection module),
XM-2301 (one RJ-45 port 10/100/1000 Mbps),
XM-2301G (one Mini-GBIC port 1000 Mbps),
XM-23L4 (four RJ-45 port 10/100/1000 Mbps),
XM-23L4G (four Mini-GBIC port 1000 Mbps),
XM-28L1(one XFT port 10Gbps),
XM-28L1CX4 (one CX4 port 10 Gbps),
XM-22R4 (four RJ-45 port 10/100 Mbps),
XM-22R4F (four Mini-GBIC port 100 Mbps),
XM-23R2 (two RJ-45 port 10/100/1000 Mbps),
XM-23R2G (two Mini-GBIC port 1000 Mbps),
XM-2WL1 (AC power monitor /control module),
Up to 16 module cards and 2 switch cards of various media types and speeds may be
included in a single chassis.
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NuStreams-600 also comprises various module cards, including:
XM-2S23 (internal switch module),
XM-2301 (one RJ-45 port 10/100/1000 Mbps),
XM-2301G (one Mini-GBIC port 1000 Mbps),
XM-23L4 (four RJ-45 port 10/100/1000 Mbps),
XM-23L4G (four Mini-GBIC port 1000 Mbps),
XM-28L1(one XFT port 10Gbps),
XM-28L1CX4 (one CX4 port 10Gbps),
XM-22R4 (four RJ-45 port 10/100 Mbps),
XM-22R4F (four Mini-GBIC port 100 Mbps),
XM-23R2 (two RJ-45 port 10/100/1000 Mbps),
XM-23R2G (two Mini-GBIC port 1000 Mbps),
XM-2WL1 (AC power monitor /control module),
Up to 7 module cards and 1 switch card may be included in a single chassis.
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All chassis help administrators utilize full range of features available in each module
card and configure frame content. NuStreams-2000i can be structured as a chain of
chassis via the front-panel connections of XM-2S19 (10/100 Mbps) or XM-2S8G
(1Gbps)—up to 256 of them. Daisy-chaining of 8 NuStreams-2000i has been
successfully tested.
Designed for laboratorial and manufacturing testing, administrators can remotely
monitor and control it with Client-Server architecture in host application using NuWIN,
which offers complete configuration, control, and monitoring of all DUT.
NuWIN provides Group Panel for simultaneously configuring/controlling packets
through selected ports, and its X-Trailer appendage function serves as verification of
the forwarding packets. The front panel display of NuStreams-2000i/600 gives
immediate indication of link status, transmission or reception of packets, and error
conditions.
The receive-counters reveal detailed testing information, and Windows-based platform
offers user-friendly UI. Administrators can configure and control the unit directly by
sending commands via the front-panel connections of XM-2S8G (NuStreams-2000i)
and XM-2S23 (NuStreams-600) to the rest of the module cards. NuStreams-2000i is
driven by an Intel Pentium based IPC running Windows XP and NuStreams supplied
software, and each chassis may be directly connected to a monitor, keyboard and
mouse. NuStreams-2000i/600 is typical to connect all chassis via an Ethernet network
and run the NuWIN or C++ API based software on one or more external workstation.
NuStreams software runs on any Windows XP Professional/Advanced Server based
system.
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1.3 Specification
NuStreams-2000i NuStreams-600
Product Function
Module Capability Up to 16 Up to 7
Dimensions 295 mm X 485 mm X 196 mm 237 mm X 220 mm X 192 mm
Weight (including
11 kg 3.2 kg
switch module,
backplane, and IPC)
Chassis Size 4U 4U
Power Supply 400 Watt 250 Watt
AC Current Maximum 7 AMP Maximum 2.8 AMP
AC Voltage 90 to 240 VAC
AC Frequency 50 to 60 Hz
IPC XM-2113C N/A
Multiple User 4 4
Switch Module XM-2S8G XM-2S23
Connector Power: Male IEC 320 receptacle
Keyboard/ Mouse: PS/2 combo
Power: Male IEC 320 receptacle
Ethernet: RJ-45 10/100 Mbps
port
Monitor: HD DB15 VGA port
Ethernet: RJ-45 Gigabit port X 2
Serial: RS-232 port x 2
USB 2.0 x 2
Temperature
Operating: 0°C to 40°C (32℉ to 104℉);
Storage: 0°C to 50°C (32℉ to 122℉)
Humidity Operating: 0% to 85% RH, non-condensing;
Storage: 0% to 85% RH, non-condensing
1.4 NuStreams Package
Check the package to insure the following items are shipped with NuStreams Testing
Systems.
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One SJT Power Cord (XT03012103)
One Cable Assembly (DB-9P (M)+(F) XT03012102)
Plug Assembly (CAT5 8P8C PLUG Ass'y XT03012101-70)
NuWIN CD
NuWIN for NuStreams-2000i/600 User Manual (this document).
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2. Function Description
2.1 NuStreams Hardware
2.1.1 Chassis
Each chassis can operate as a complete stand-alone system when connected to a
local monitor, keyboard and mouse. The PC embedded in the system (NuStreams-
2000i) is an Intel compatible computer system that includes:
A Pentium processor
Main memory
Keyboard interface
Mouse interface
Internal connection to the NuStreams Backplane
Video interface capable of 1024 x 768 resolution
Gigabit Ethernet network interface card
The NuStreams backplane is connected to the PC MB through a NuStreams custom
PCI interface card and to the card slots into which the NuStreams port modules plug in.
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2.1.2 Module Card
Model XM-2301 XM-2301G
Photo
Test Port 1 1
Interface RJ-45 Mini-GBIC
CPU 32 bits communication processor
10/100 Mbps: Half/ Full
Speed and Mode
Duplex; 1000 Mbps: Full
1000 Mbps: Full Duplex
Duplex
Auto MDI /MDIX Yes N/A
NWay Enable /Disable
Preamble 4 ~ 16 Bytes
Frame Length
(w/o VLAN Tag)
Data Field
48 ~ 2,036 Bytes, Fixed
/Increase /Random /Loop
Fixed /increase /decrease /random in byte or in word; User
defined; Pre-defined patterns
48 ~ 16,379 Bytes, Fixed
/Increase /Decrease /Random
/Loop
Fixed /Random (10 Mbps:
Inter-frame Gap
400 ns ~ 13.42 sec; 100
Mbps: 40 ns ~ 1.342 sec;
1000 Mbps: 8 ns ~ 0.1342
Fixed /Random (1000 Mbps: 8
ns ~ 0.1342 sec)
sec)
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10/100 Mbps: No CRC, CRC
Error, Alignment Error,
Collision, IP Checksum
Error Generation
Error, Dribble Error;
1000 Mbps: No CRC, CRC
Error, IP Check Sum Error
Collision Single /Multi /Excess
1000 Mbps: No CRC, CRC
Error, IP Checksum Error
Data Integrity
/Sequence Checking
Source /Destination
MAC Address
Source /Destination
IP Address
Yes
48 bits, Fixed /Increase /Decrease /Random
Fixed /Increase /Random
IP Generation Hardware
VLAN (VLAN ID
/COS Field)
MPLS (Label /COS
/TTL Field)
Flow Control
Fixed /Increase /Decrease /Random
Fixed /Increase /Decrease /Random (Up to 2 stack labels)
Asymmetric; Response to 802.3x Flow Control Frames
(default as reception)
Capture Buffer Size 512 packets (2K bytes /packet)
Capture Mode After /Before /Event /8 Packets after Event
All Condition, CRC Error, DI Error, Serial No. Error, Alignment
Capture Event
Error, IP Checksum Error, Trigger 1 ~ 4,
Any Defined Packet Size
QoS Testing Up to 4 Priority Queues
Line Performance Wire Speed
Please note that the module card can be removed with that slot being powered off in
NuStreams-2000i. Or shut down the chassis before plugging/unplugging any module
cards.
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Model XM-23L4 XM-23L4G
Photo
Test Port 4 4
Interface RJ-45 Mini-GBIC
CPU 32 bits communication processor
Speed and Mode
10/100 Mbps: Half /Full Duplex;
1000 Mbps: Full Duplex
1000Mbps: Full Duplex
Auto MDI / MDIX Yes NA
NWay Enable/ Disable
Preamble 6 ~ 15 Bytes
Frame Length
Inter-frame Gap
48 ~ 16,379 Bytes (without CRC): Fixed /Increase /Decrease
/Random
Fixed /Random
(10 Mbps: 4800 ns ~ 13.42 sec;
100 Mbps: 480 ns ~ 1.342 sec;
1000 Mbps: 88 ns ~ 0.1342 sec)
Fixed /Random
(1000 Mbps: 88 ns ~ 0.1342
sec)
Data Field
Error Generation
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All zeros, All ones, 55, AA, 55AA, 5A5A, 00FF, 0000FFFF, 8-0’s 8F’s, Fixed /Increase /Decrease /Random in byte or in word; User
defined;
10/100 Mbps: No CRC, CRC
Error, Alignment Error, IP
Checksum Error, Dribble Error;
No CRC, CRC Error, IP
Checksum Error
1000 Mbps: No CRC, CRC
Error, IP Checksum Error
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Data Integrity /
Sequence
Checking
Source /
Destination
MAC Address
Source /
Destination
IP Address
Yes
32 bits variation: Fixed /Increase /Decrease/Random
16 bits variation: Fixed /Increase /Decrease/Random
IPv4 checksum
Generation
Hardware
TX Packet/Bytes, RX Packet/Byte, Unicast, Multicast, Broadcast,
VLAN Packet, Pause Packet, CRC Error, DI Checksum Error, Serial
Hardware
counters
Number Error, Alignment Error, Oversize Packet, Undersize Packet,
Dribble Bit, IP Checksum Error, Trigger 1 ~ Trigger 8, Collision
TxArpReq, TxArpReply, RxArpReq, RxArpReply, TxICMPReq,
TxICMPReply, RxICMPReq, RxICMPReply
VLAN (VLAN ID /
COS Field)
Flow Control
Fixed /Increase /Decrease /Random
Asymmetric; Response to 802.3x Flow Control Frames (default as
reception)
QoS test Up to 8 Priority Queues
Line
Performance
Wire Speed
Please note that the module card can be removed with that slot being powered off in
NuStreams-2000i. Or shut down the chassis before plugging/unplugging any module
cards.
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Model XM-28L1
Photo
Standard IEEE 802.3ae-compliant 10GBASE-R (LAN)
Interface Pluggable XFP (ordered separately)
Speed and Duplex
Mode
10Gbps Full Duplex Only
CPU 32 bits communication processor
Preamble 8 Bytes (Fixed)
Frame Length
48 ~ 16,384 Bytes (without CRC): Fixed /Increase /Decrease
/Random /Loop
Transmit Mode Single /Burst /Multi Burst /Continuous
8.8 nSec. ~ 0.013422 Sec.
Inter-frame Gap
Unit: Packets/Sec, %Utilization, Random, Databits/Sec,
Frame bits/Sec, Total bits/Sec, nSec, uSec, mSec, Sec
0055, AA, 55 AA, 5A 5A, FF FF, 8-0’s 8-F’s, 16-0’s 16-F’s,
Data Pattern
32-0’s 32-F’s, 64-0’s 64-F’s, Random, Incrementing byte,
Incrementing word, Decrementing byte, Decrementing word;
Custom
Error Generation CRC Error, IP Checksum Error, Undersize, Oversize
Data Integrity
Verification /Sequence
Yes
Checking
Source / Destination
MAC Address
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Fixed /Increase /Decrease /Random
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Source /Destination
IP Address
IPv4 checksum
generation
Fixed /Increment /Decrement /Random
Hardware
TX Packet/Bytes, RX Packet/Byte, Unicast, Multicast,
Broadcast, VLAN Packet, Pause Packet, CRC Error, DI
Checksum Error, Serial Number Error, Oversize Packet,
Hardware Counters
Undersize Packet, IP Checksum Error, Unframed BERT,
Trigger 1 ~ 8, TxArpReq, TxArpReply, RxArpReq,
RxArpReply, TxICMPReq, TxICMPReply, RxICMPReq,
RxICMPReply
VLAN (VLAN ID /COS
Field)
Fixed /Increase /Decrease /Random
QoS Testing Up to 8 Priority Queues
Line Performance 10.3125 Gbps
Please note that the module card can be removed with that slot being powered off in
NuStreams-2000i. Or shut down the chassis before plugging/ unplugging any module
cards.
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Model XM-28L1CX4
Photo
Standard IEEE 802.3ak-compliant 10GBASE-CX4
Interface CX4
Speed and Duplex
Mode
10Gbps Full Duplex Only
CPU 32 bits communication processor
Preamble 8 Bytes (Fixed)
Frame Length
48 ~ 16,384 Bytes (without CRC): Fixed /Increase/Decrease
/Random /Loop
Transmit Mode Single /Burst /Multi Burst /Continuous
8.8 nSec. ~ 0.013422 Sec.
Inter-frame Gap
Unit: Packets/Sec, %Utilization, Random, Databits/Sec,
Frame bits/Sec, Total bits/Sec, nSec, uSec, mSec, Sec
0055, AA, 55 AA, 5A 5A, FF FF, 8-0’s 8-F’s, 16-0’s 16-F’s,
Data Pattern
32-0’s 32-F’s, 64-0’s 64-F’s, Random, Incrementing byte,
Incrementing word, Decrementing byte, Decrementing word;
Custom
Error Generation CRC Error, IP Checksum Error, Undersize, Oversize
Data Integrity
Verification /Sequence
Yes
Checking
Source /Destination
MAC Address
Source /Destination
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Fixed /Increase /Decrease /Random
Fixed /Increase /Decrease /Random
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IP Address
IPv4 checksum
generation
Hardware
TX Packet/Bytes, RX Packet/Byte, Unicast, Multicast,
Broadcast, VLAN Packet, Pause Packet, CRC Error, DI
Checksum Error, Serial Number Error, Oversize Packet,
Hardware Counters
Undersize Packet, IP Checksum Error, Unframed BERT,
Trigger 1 ~ 8, TxArpReq, TxArpReply, RxArpReq,
RxArpReply, TxICMPReq, TxICMPReply, RxICMPReq,
RxICMPReply
VLAN (VLAN ID /COS
Field)
Fixed /Increase /Decrease /Random
QoS Testing Up to 8 Priority Queues
Line Performance 10.3125 Gbps
Please note that the module card can be removed with that slot being powered off in
NuStreams-2000i. Or shut down the chassis before plugging/unplugging any module
cards.
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Model XM-22R4
Photo
Interface RJ-45
Speed and Duplex
Mode
10/100Mbps Half/Full Duplex Mode
CPU MPC852T
Preamble 8 Bytes (Fixed)
Frame Length
48 ~ 2,036 Bytes (without CRC): Fixed /Increment
/Decrement /Random /Loop
Transmit Mode Single /Burst /Multi Burst /Continuous
8.8 nSec. ~ 0.013422 Sec.
Control: fixed/ random
Inter-frame Gap
Unit: Packets/Sec, %Utilization, Bit Time, Line Rate,
Databits/Sec, Frame bits/Sec, Total bits/Sec, nSec, uSec,
mSec, Sec
0055, AA, 55 AA, 5A 5A, FF FF, 8-0’s 8-F’s, 16-0’s 16-F’s,
Data Pattern
32-0’s 32-F’s, 64-0’s 64-F’s, Random, Incrementing byte,
Incrementing word, Decrementing byte, Decrementing word;
Custom
Error Generation
Data Integrity
Verification /Sequence
Checking
Source /Destination
MAC Address
XTRAMUS TECHNOLOGIES
CRC Error, Alignment Error, Dribble Error, IP Checksum
Error, Undersize, Oversize
Yes
Fixed /Increase /Decrease /Random
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Variable fields can be set depends on UI, max length of each
field is 32-bit
Source /Destination
IP Address
IPv4 checksum
generation
Hardware Counters
VLAN (VLAN ID / COS
Field)
Fixed /Increase /Decrease /Random
Hardware
TX Packet/Bytes, RX Packet/Byte, Unicast, Multicast,
Broadcast,UDF Logic ,VLAN Packet ,MPLS Packet ,Pause
Packet ,IPv4 Packet ,IPv6 Packet ,TCP Packet ,CRC Error ,
DI Checksum Error, Serial Number Error ,Oversize Packet ,
Undersize Packet ,Fragment Packet ,Jabber Packet ,CAE
Packet ,IP Checksum Error ,TCP Checksum Error ,UDP
Checksum Error ,BERT Error ,64 Bytes ,64-127 Bytes ,128255 Bytes ,256-511 Bytes ,512-1023 Bytes, 1024-1518 Bytes
Trigger 1 ~ 8 ,Total Collision ,Single Collision ,Multi
Collision ,Excess Collision ,Late
Collision ,TxArpReq ,TxArpReply ,RxArpReq ,
RxArpReply ,TxICMPReq ,TxICMPReply ,RxICMPReq ,
RxICMPReply
Fixed /Increase /Decrease /Random
QoS Testing Up to 8 Priority Queues
Line Performance Wire Speed
Please note that the module card can be removed with that slot being powered off in
NuStreams-2000i. Or shut down the chassis before plugging/unplugging any module
cards.
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Model XM-22R4F
WCO
Photo
Test Port 4
WCO: 155Mbps Bi-direction SC receptacle single fiber
transceiver, Tx1550, Rx1310
WCP: 155Mbps Bi-direction SC receptacle single fiber
Interface
transceiver, Tx1310, Rx1550
SFP: User-selectable 100 Base-X SFP transceiver
SFF: 100Base-X Fiber transceiver in 2x5 package style
XM-22R4F
WCP
XM-22R4F
SFP
XM-22R4F
SFF
Speed 100 Mbps Fiber
CPU MPC852T
Preamble 4 ~ 16 Bytes
Frame Length 48 ~ 2,036 Bytes: Fixed /Increase /Decrease /Random /Loop
Transmit Mode Single /Burst /Multi Burst /Continuous
100 Mbps: 480 ns ~ 2 sec
Control: fixed/ random
Inter-frame Gap
Unit: Packets/Sec, %Utilization, Bit Time, Line Rate,
Databits/Sec, Frame bits/Sec, Total bits/Sec, nSec, uSec,
mSec, Sec
0055, AA, 55 AA, 5A 5A, FF FF, 8-0’s 8-F’s, 16-0’s 16-F’s,
Data Pattern
32-0’s 32-F’s, 64-0’s 64-F’s, Random, Incrementing byte,
Incrementing word, Decrementing byte, Decrementing word;
Custom
Error Generation
CRC Error, Alignment Error, Dribble Error, IP Checksum
Error
Data Integrity
Yes
Verification /Sequence
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Checking
Source /Destination
MAC Address
Source /Destination
IP Address
IPv4 checksum
generation
Hardware Counters
Fixed /Increment /Decrement /Random
Variable fields can be set depending on UI, max length of
each field is 32-bit
Fixed /Increase /Decrease/Random
Hardware
TX Packet/Byte, RX Packet/Byte, Unicast, Multicast,
Broadcast,UDF Logic ,VLAN Packet ,MPLS Packet ,Pause
Packet ,IPv4 Packet ,IPv6 Packet ,TCP Packet ,CRC Error ,
DI Checksum Error, Serial Number Error ,Oversize Packet ,
Undersize Packet ,Fragment Packet ,Jabber Packet ,CAE
Packet ,IP Checksum Error ,TCP Checksum Error ,UDP
Checksum Error ,BERT Error ,64 Bytes ,64-127 Bytes ,128255 Bytes ,256-511 Bytes ,512-1023 Bytes, 1024-1518 Bytes
Trigger 1 ~ 8 ,Total Collision ,Single Collision ,Multi
Collision ,Excess Collision ,Late
Collision ,TxArpReq ,TxArpReply ,RxArpReq ,
RxArpReply ,TxICMPReq ,TxICMPReply ,RxICMPReq ,
RxICMPReply
VLAN (VLAN ID / COS
Field)
MPLS (Label/COS/
TTL Field)
Fixed /Increase /Decrease /Random
Fixed/ Increase/ Decrease/ Ramdom (No. of labels not
limited)
Flow Control Yes
Capture Buffer Size 8 MB per port (up to 104 k frames)
Capture Mode Event
All condition, CRC Erroe, DI Error, Serial No. Error,
Capture Event
Alignment Error, IP Checksum Error, Trigger 1~8, Trigger
Logic, Any Defined Packet Size
QoS Testing Up to 8 Priority Queues
Line Performance Wire Speed
Please note that the module card can be removed with that slot being powered off in
NuStreams-2000i. Or shut down the chassis before plugging/unplugging any module
cards.
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Model XM-23R2 XM-23R2G
Photo
Test Port 2 2
Interface RJ-45 Mini-GBIC
CPU MPC352T
Speed and Mode
10/100 Mbps: Half /Full Duplex;
1000 Mbps: Full Duplex
1000Mbps: Full Duplex
Preamble 4 ~ 16 Bytes
Frame Length 48 ~ 8,192 Bytes: Fixed /Increase /Decrease /Random
Control: Fixed /Random
(10 Mbps: 4800 ns ~ 13.42 sec;
Control:Fixed/Random
(1000 Mbps: 48 ns ~ 0.2 sec)
100 Mbps: 480 ns ~ 1.342 sec;
Inter-frame Gap
1000 Mbps: 48 ns ~ 0.2 sec)
Unit: Packets/Sec, %Utilization, Bit Time, Line Rate, Databits/Sec,
Frame bits/Sec, Total bits/Sec, nSec, uSec, mSec, Sec
All zeros, All ones, 55, AA, 55AA, 5A5A, 00FF, 0000FFFF, 8-0’s 8-
Data Field
F’s, Fixed /Increase /Decrease /Random in byte or in word; User
defined;
Error Generation
XTRAMUS TECHNOLOGIES
No CRC, CRC Error, Alignment Error, Dribble Error, IP Checksum
Error
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Data Integrity /
Sequence
Checking
Yes
Source /
Destination
MAC Address
Source /
Destination
IP Address
IP/TCP
Generation/
Analysis
Hardware
counters
VLAN (VLAN ID /
COS Field)
MPLS(Label,
COS, TTL Field)
Fixed /Increase /Decrease/Random
Variable fields can be set depending on UI, max length of each field
of 48-bit
Fixed /Increase /Decrease/Random
Hardware
TX Packet/Byte, RX Packet/Byte, Unicast, Multicast, Broadcast,
VLAN Packet, Pause Packet, CRC Error, DI Checksum Error, Serial
Number Error, Alignment Error, Oversize Packet, Undersize Packet,
Dribble Bit, IP Checksum Error, Trigger 1 ~ Trigger 8, Collision
TxArpReq, TxArpReply, RxArpReq, RxArpReply, TxICMPReq,
TxICMPReply, RxICMPReq, RxICMPReply
Fixed/ Increase/ Decrease/ Random
Fixed/ Increase/ Decrease/ Random (No. of labels no limited)
Flow Control Yes
Capture Buffer
Size
63 MB per port (up to 825k frames)
Capture Mode Event
Capture Event
DI Error, Serial No. Error, Alightmnet Error, IP Checksum Error,
Trigger 1~8, Trigger Logic, Any Defined Packet Size
QoS Testing Up to 8 Priority Queues
Line
Performance
Wire Speed
Please note that the module card can be removed with that slot being powered off in
NuStreams-2000i. Or shut down the chassis before plugging/unplugging any module
cards.
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Model XM-2WL1
Photo
Interface
Power Source
Outlet Power Supply
Rating
1 IEC-320 C13 Inlet
Outlet: Universal adaptor
90 ~250 V AC, 30 ~ 80 Hz (±0.1%)
850 W
Power Consumption 110V: 4 Watt; 220V: 6 Watt
Internal breaker
Overload Protection
Software: Alarm Threshold Setting
RMS Voltage, RMS Current, Active Power, Apparent Power,
Dection Measure
Power Factor, AC Frequency, Temperature, Peak Voltage,
Peak Current
Device Control Power off/ Power on/ Cycle Reboot
Cycle Reboot Config. Burst/ Continue/ Multi-Burst
Crossing Mode 0 Degree/ 90 Degree/ 180 Degree/ 270 Degree/ Free Run
Report Format History log/ Instant display
Operating Temperature
0 ℃~ 45 ℃(32℉ ~ 113℉)
Humidity 10 %~90 % RH (Non-condensing)
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Please note that the module card can be removed with that slot being powered off in
NuStreams-2000i. Or shut down the chassis before plugging/unplugging any module
cards.
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XM-2S8G
(NuStreams-2000i Internal Switch Module)
XM-2S23
(NuStreams-600 Internal Switch Module)
XM-2S19
(Module card element collection module)
XM-2113C
(NuStreams-2000i Built-in IPC)
THE IPC RISKS EXPLOSION IF
BATTERY IS REPLACED BY AN
INCORRECT TYPE. FOLLOW
INSTRUCTIONS TO DISPOSE OF USED
BATTERIES.
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XM-2000i
(NuStreams-2000i Backplane)
XM-600
(NuStreams-600 Backplane)
2.1.3 Changing Filters
2.1.3.1 NuStreams-2000i
Remove the front bracket.
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