Transcript CCTT DSP Copper ver4C

NETWORKSUPERVISION
Twisted-Pair Copper Cabling
Industry Standards Review
Testing Permanent link, Patch Cords and
Channel Links
+ Reporting and Documentation
1 ISV Workshop 2003 - Rev 0.0
© 2003 Fluke Networks
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The Standards
Overview: TSB67 to TIA568-B
Test Configurations / Link Models
Permanent Link Replaces Basic Link
2 ISV Workshop 2003 - Rev 0.0
© 2003 Fluke Networks
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Cabling Standards Around the World
ISO/IEC 11801:2002
IT Generic Cabling for Customer
Premises
ANSI/TIA/EIA 568B
Commercial Building
Telecommunications Wiring
Standard
EN50173:2002
Performance Requirements Of
Generic Cabling Systems
3 ISV Workshop 2003 - Rev 0.0
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Cabling Certification & Maintenance

Primary functions of Cabling Test Equipment


Certify & Document for proof of performance to Industry
Standards.

US, European or other Region specifications for
structured cabling standards

IEEE physical media performance requirements for
specified data rate & Bit Error Rate.
Maintenance/Service

Moves, Adds, Changes and troubleshooting
4 ISV Workshop 2003 - Rev 0.0
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The Traditional Two Wire-Pair System

The basis for the Cat 5 testing philosophy
Workstation
Signal
Transmit
LAN
Equipment
Receive
Signal
Receive
5 ISV Workshop 2003 - Rev 0.0
Transmit
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The category 5 “system”
Signal strength: measured by “Attenuation”
 Noise: Near-End Cross Talk (NEXT)

Workstation
Signal
Transmit
LAN
Equipment
Receive
SignalSignal
Attenuated
Receive
Transmit
NEXT
Signal-to-noise ratio: Attenuation to Crosstalk Ratio (ACR)
6 ISV Workshop 2003 - Rev 0.0
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Legacy Field Test Parameters
TSB-67
Transmission Performance Specifications

Wire Map

Length

Propagation Delay

Delay Skew

Attenuation

Near-End Crosstalk (NEXT)
7 ISV Workshop 2003 - Rev 0.0
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The “New” Transmission Model
Four wire pairs – Full duplex on each pair
Workstation
Horizontal Cabling
Switch
Example: Gigabit Ethernet (1000BASE-T)
8 ISV Workshop 2003 - Rev 0.0
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Multiple Pair Transmission
Attenuation (signal loss) and FEXT (internal noise)
are the key measurement parameters
Workstation Signal 1
Transmit
(Output)
Signal 2
Transmit
(Output)
LAN Hub
FEXT
Receive
(Input)
Receive
Input
Example: 1000BASE-T: (4 pairs are used.)
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Power Sum ELFEXT
Signal
FEXT
PSELFEXT
Attenuatio
n
ELFEXT
(signal
difference
in dB)
Affects of all 3 disturbing pairs = Power Sum
10 ISV Workshop 2003 - Rev 0.0
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Full Duplex Transmission
Return Loss adds disturbance
System A
Signal A to B
System B
Transmit
Transmit
Signal B to A
Receive
Directional
Coupler
Receive
Desired signal = attenuated signal from other end.
Noise = reflected signal on same wire pair.
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Cat 5e and Cat 6 Test Parameters
Measured
Wire map
Propagation delay
Attenuation
NEXT (pair-to-pair)
FEXT (pair-to-pair)
Return Loss
Calculated
Length, Delay Skew
PSNEXT, ACR, PSACR
ELFEXT, PSELFEXT
 Cat 5e is specified and tested from 1 to 100 MHz
 Cat 6 is specified and tested from 1 to 250 MHz
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ANSI/TIA/EIA-568-B

TIA/EIA TSB67

TIA/EIA TSB72

TIA/EIA TSB75

TIA/EIA TSB95

ANSI/TIA/EIA-568-A-1

ANSI/TIA/EIA-568-A-2

ANSI/TIA/EIA-568-A-3

ANSI/TIA/EIA-568-A-4

ANSI/TIA/EIA-568-A-5

TIA/EIA/IS-729
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568-B.1
Main Document
System Design specification
568-B.2
Copper – Components
568-B.3
Fiber – Components
Approved March 2001
© 2003 Fluke Networks
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Changes in ANSI/TIA/EIA-568-B

Specifies Cat 3 and Cat 5e balanced 100 
cabling



All references to “Cat 5” such as TSB67 and TSB95
are collected in Annex D (informative)
Incorporates

all addenda to TIA-568-A

TSB67, TSB72, TSB75, TSB95
The “Permanent Link” has replaced the
“Basic Link” as the field test configuration
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Category 6 Standard

TIA/EIA-568-B.2-1 (Addendum 1) approved June 2002

The last challenge: Fine tune the performance
specification of the Cat 6 connecting hardware

Component measurement methodology

Plug characterization: amplitude and phase specification of NEXT
disturbance signals

Fluke Networks has actively contributed to standards
R&D efforts

Goal: achieve interoperability (as well as backwards
compatibility)
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Connecting Hardware NEXT Performance
Desired Mated NEXT performance for Cat 6
Cat 6 8-pin
Modular Plug
Cat 6 8-pin
Modular Jack
Cat 6 Mated
Connection
Better
The standard leads to “Interoperability”
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“Backward” Compatibility
Desired Mated NEXT performance for
Cat 6 Connecting Hardware
Cat 6 8-pin
Modular Plug
Cat 5e 8-pin
Modular Plug
Cat 6 8-pin
Modular Jack
Cat 5e 8-pin
Modular Jack
Better
Desired Mated NEXT performance
for Cat 5e Connecting Hardware
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Field Test Procedures
“Test Model” options
Importance of Tester Adapter
Ensure link readiness for
applications
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An installed “Cabling Link”
HUB or
SWITCH
CP *
TO
PATCH
CORD
Crossconnect
Panel
HORIZONTAL CABLE
PATCH
CORD
WORKSTATION
TELECOMMUNICATIONS
ROOM
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* Consolidation Point
(Optional)
WORK AREA
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Testing the “Channel”
CP *
TO
PATCH
CORD
Crossconnect
Panel
HORIZONTAL CABLE
PATCH
CORD
WORKSTATION
TELECOMMUNICATIONS
ROOM
20 ISV Workshop 2003 - Rev 0.0
* Consolidation Point
(Optional)
WORK AREA
© 2003 Fluke Networks
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Cat 6 Channel Testing

Tester must exclude connection in
the adapters from the measured
values

All the DSP-4X00 series use a
time domain measurement
techniques that incorporates
“Connector Compensation” and
RC2 technology to accomplish
these adjustments
RC2 = Remote Connector Compensation
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Testing the “Permanent Link”
Test results do not include contributions by
the tester patch cables
CP *
TO
TESTER
PATCH
CABLE
HORIZONTAL CABLE
TESTER
PATCH
CABLE
* Consolidation Point
(Optional)
22 ISV Workshop 2003 - Rev 0.0
WORK AREA
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We used to test the Basic Link
The Basic Link starts and ends at the tester
itself It includes the adapter cords
Includes Tester
Adapter Cords
Basic Link
90+4 meter (308 ft) max
Patch Panel
Telecommunication Room
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TO
Work Area
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The Basic Link is Obsolete
The Permanent Link model replaces the
Basic Link in all the standards
Includes Tester
Adapter Cords
Basic Link
90+4 meter (308 ft) max
Patch Panel
Telecommunication Room
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TO
Work Area
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A detailed look at the Permanent Link
The Permanent portion of the cabling link
it does not include the adapter cords
Does NOT include
Tester Adapter Cords
Permanent Link
Patch Panel
Telecommunication Room
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Consolidation
Point
(optional)
TO
Work Area
© 2003 Fluke Networks
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Why the “permanent link”?

The true “foundation” – cabling that is
permanent and part of building
infrastructure

Network equipment, patch cables and
equipment cables are changed many times
during the life of the the cabling
infrastructure

Provide guarantee that the ‘Channel’
(permanent link plus patch cables) meets
the network application requirements
26 ISV Workshop 2003 - Rev 0.0
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Difference in Performance Specification

Test limits for the Permanent Link are
defined such that adding “good” patch and
equipment cords yield the channel
performance

Patch cords’ effect on channel
performance:

The mating performance of connecting hardware
(primarily NEXT)

The performance of patch and equipment cords:
Attenuation (max. 10 meters)
 Return Loss

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NEXT Variability: in connections
Variability of the mated NEXT of the patch cord plug
• with the patch
panel jack
Beginning of
permanent
link
• with the telecom
outlet
The plug at the end of the
adapter is the test “reference”.
End of
permanent
link
The PL test model renders worst case NEXT test !
28 ISV Workshop 2003 - Rev 0.0
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The Fluke Networks Solution:
The Permanent Link Adapter

A rugged, high-performance
link interface adapter for the
DSP-4X00 and
OMNIScanner2

Very accurately measures
the performance of an
installed twisted-pair cabling
system
29 ISV Workshop 2003 - Rev 0.0
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PLA Solution for NEXT

Implement the solution to test the Permanent Link

You need only one set of interface adapters and a
few sets of Personality Modules

The removable 8-pin plug can be replaced with
different “Personality Modules”
30 ISV Workshop 2003 - Rev 0.0
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
Cat 6 “center definition” for all wire pairs

Universal solution

shielded plug to test UTP and ScTP systems

Limit the variability between PMs

Increase repeatability (perceived accuracy)

Provides optimum result with compliant jack
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A revolutionary plug design
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
Implemented without cable
termination and variability

Favorite of installer: Snagfree clip
© 2003 Fluke Networks
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Return Loss Variability: Patch cable!
Variability from the patch cable
at the beginning
at the end
Beginning of
permanent
link
Patch cable has significant
impact on Return loss!
End of
permanent
link
This variability is avoided with the permanent link!
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The (UN)Predictable Effect of RL
A “False” Failure
40
Return loss in dB
35
30
25
20
15
10
5
0.6 dB PASS
OR
0.4 dB FAIL
?
0
0
50
100
150
200
250
Frequency in MHz
34 ISV Workshop 2003 - Rev 0.0
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DSP/OMNI-LIA101S Permanent Link Adapters






568-B compliant testing for
Cat 3, 5e, 6 UTP systems
Patent pending ruggedized
precision cable increases
measurement accuracy
Removable plug module
allows flexible change out
to various plug types
Field Calibration module
available for added accuracy
The first tester to offer a true
standards compliant Cat 6 plug
ALSO AVAILABLE FOR THE
OMNISCANNER2!!!
35 ISV Workshop 2003 - Rev 0.0
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Permanent Link - What’s in it for me?

No “false fails” due to cable degradation

Higher accuracy

Ruggedized patch cord (longer life)

Simplified Category 6 testing

Reduced number of proprietary adapters

Complies to ISO/IEC 11801, EN50173 and
TIA-568-B.1 standard
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DSP- 4X00 Series Cable Analyzer
Product Overview
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The DSP-4x00 Series includes:

Main Unit and Smart Remote

NiMH battery packs

AC adapter/chargers

Cat 5/5e Basic Links (4000)

Cat 5/5e/6 Permanent Links (4000PL/4300)

Cat 5/5e/6 Channel Adapters

Talk Sets

Carrying straps

RS-232 Serial Cable

more...
38 ISV Workshop 2003 - Rev 0.0
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DSP-4x00 Series accessories



Permanent Link Adapter Kit (std w/ 4000PL/4300)
Cat 5, 5e, 6 Channel Test
/ Network Monitor Adapter (std w/ 4300)
Fiber Test Adapters








MM 850/1300 - LED Source
SM 1310/1550 - FP Laser
Gbit 850/1310 - VCSEL/FP
SFF Fiber test adapter kits
Battery Charger
Tone probe
32 MB Memory Card
“Gold” Support
39 ISV Workshop 2003 - Rev 0.0
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UL Independent Verification

Fluke Networks DSP-4X00
series is the only family of
cable testers to achieve UL
independent verification
for compliance with the
latest standards.

DSP-4X00 series units exceed
Level III accuracy limits.

Bottom Line -You can trust Fluke Networks.
40 ISV Workshop 2003 - Rev 0.0
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DSP-4000 Series Selection Guide
DSP- 4300
DSP4000PL
DSP- 4000
Suggested US List Price
$6795
$6175
$5495
Standard DSP Package



Cat 6 Channel Adapters



Cat 6 Permanent Link Adapters


Removable MMC Card & Card
Reader
Dual Path Memory –
store up to 300 results internally

Cat 6 Channel / Traffic Adapter
(DSP-LIA013)

41 ISV Workshop 2003 - Rev 0.0

© 2003 Fluke Networks
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Copper Testing & Certification
Hands-On Time!
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Test Equipment - Ready for Use

Before going into the field

Ongoing Maintenance

Charge & verify battery levels

Load latest firmware upgrade(s)

Review performance testing
specs for install

Self Calibrate (once per month)

Self Test (as needed)

Calibrate Permanent Link
Adapters to Main / Remote
(optional for added accuracy -once every six months)

Gather appropriate test
adapters & accessories

Setup unit with proper test
and report identification

Run Self Test

Factory calibration (yearly)

Inspect test adapters


Bring extra Memory Cards
(if needed)
Visit www.flukenetworks.com
for latest revisions of DSP
firmware and LinkWare™
43 ISV Workshop 2003 - Rev 0.0
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Controls & Functions - Main unit
Exit Current
Mode
Direction keys
Soft keys
Display
Light &
Wake Up
Show
Fault
Talk
On / Off
Begin test
Save reports
Removable
Test Adapters
(slide lock
on back)
Headset Jack
Serial Port
Charge L.E.D
Power Jack
Soft Key
Designation
Rotary Switch
Select/Enter
44 ISV Workshop 2003 - Rev 0.0
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Controls & Functions - Remote unit

Status Indications

Removable Test
Adapters (slide
lock on back)
Test Pass

Test in Progress

Test Fail

Talk set active

Low Battery
Headset Jack
Serial Port
Charge L.E.D
Power Jack
Status
Indicators
Talk On/Off
Rotary Switch
45 ISV Workshop 2003 - Rev 0.0
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Let’s begin ...

Turn the DSP to AUTOTEST

Verify the firmware is the latest version
Current Software Ver:
DSP-4000 is 3.912
DSP-4100 is 4.912
DSP-4300 is 1.912
Current Standards Ver:
5.12 for all units
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Self Calibration

Rotate dial to Special Functions
 Highlight “Self Calibration”
 Press ENTER and then TEST
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Now Setup the test

Turn to “SETUP”

Select the correct “link” and cable type
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Enter the user and site names

Within SETUP, arrow down to “Report Identification”

You can enter up to 20 users and 20 sites. These must be selected
prior to the test

You can create and save users and sites within LinkWare PC
software and upload to the DSP-4000 Series tester
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Other Setup Options

Select / Edit Auto Increment

Set time of day

Plot Data Storage
(4100 and 4300 only)

Select time of day format

Select length in feet / meters

Set display time-out

Select number format

Set power down time-out


Enable / Disable Audible
beeper
Select print / display
language

Select power line noise filter
to 50 or 60 Hertz

Select impulse noise fault
threshold

Select marginal pass ( * ) top
level indication

Select printer type

Set serial port baud rate

Set serial port flow control

Set date

Select Date format
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Other Setup Options
Marginal Pass
With this feature enabled, the HDTDX diagnostics
will run whenever there is a marginal pass
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Marginal Pass Conditions


Marginal Pass / Fail
conditions occur when

The measured test data is
very close to the pass/fail
test limit line

Due to the tester accuracy,
the test measurement can
vary within the marginal
pass / fail zone
Some cabling warranties
will not accept marginal
pass test reports
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DSP Setup with LinkWare Software
SETUP is easier to do with
LinkWare PC Software
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Talk all you want!

Talk feature allows
communication
between the main
and remote unit

Two lightweight talk
sets included

Talk over both
copper and fiber
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Cable Setup - Good Link
50’ Grey
Cable Loop
Permanent Link
Test Adapters
DSP-4X00
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Remote
© 2003 Fluke Networks
NETWORKSUPERVISION
AUTOTEST Project Screen
The AUTOTEST project screen displays the test type, plot
data selection, memory card status, and battery levels.
On the DSP-4300,
the unit predicts how
many AUTOTESTs
can be made with the
remaining charge.
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CAT 5e Cable Certification
WALL OUTLET
PATCH
PANEL
HORIZONTAL CABLE
WORK AREA
Smart Remote
DSP-4X00
Just Push Test!
WIRING CLOSET
57 ISV Workshop 2003 - Rev 0.0
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Autotest Results – Pass or Fail?
Individual Test Results
Overall Result
All tests Pass
PASS
One or more tests Pass* PASS*
All other tests Pass
One or more tests Fail*
FAIL*
All other tests Pass(*)
One or more tests Fail
FAIL
* Marginal result
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Autotest Results – NEXT Headroom

An indication of the overall quality of the link

Headroom is the worst margin of the weakest
performing pair
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View and Save Test Results

View Results provides a summary
of all tests performed and required
by the chosen standard

Highlight any test parameter and
press ENTER for more information
Remember to push “SAVE”
Push the “View Result”
button to review
individual tests
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Cable Identification

Agree on a labeling scheme

Keep it simple … fewer characters are better

Ensure that the name used to save a cable test,
matches the printed label on both the patch panel
and outlet

Look to the ANSI/TIA/EIA-606-A Standards for
labeling guidelines (LinkWare software can help)
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Alliances Yield
Documentation Integration

DSP-4300 custom Cable ID
lists

LinkWare PC Software:
generate ID lists

Labeling Software:
generate or import ID lists

Test results directly
accessed
from LinkWare databases

Save time; eliminate errors

Manage efficiently

Meet 606A
requirements
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Cable
Management
Software (CMS)
Cable Testers
and
Test Software
Labeling
Software
and Labels
© 2003 Fluke Networks
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Test Data Capacity
How many tests will the DSP-4X00 Series hold in memory?
DSP-4000
Summary
DSP-4100 and DSP-4300
Summary
Graphical
“ “
16MB card
16MB card
32MB
Category 5:
1942
2000
600
1200
Category 5e:
504
2000
300
600
Category 6:
504
2000
300
600
Why is there more test results capacity for Cat 5
than for Cat 5e and Proposed Cat 6?
Cat 5e & proposed Cat 6 has more data points to test and report than Cat 5
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Test Results Management -Removable Memory Card


Utilizes standard Sandisk MMC’s

Standard card - 16 Mbytes

Optional card - 32 Mbytes
Separate card reader included


Keep the DSP in the field
Create Custom Reports


The difference between
the DSP-4000 and 4100/4300
Co. logo & graphical data plots
Eliminate the need to re-test in field

Store and transfer every data
point with the DSP-4300

Re-certify to a new standard at a
later date with Cable Manager
64 ISV Workshop 2003 - Rev 0.0
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Test Results Management -LinkWare PC Software
The New Standard for
Test Results Documentation
DSP-4X00 Series
OMNIScanner2
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Test Results Management -LinkWare helps with TIA 606-A Standards

Example: You have the ID “FLR1 CAB1 BOX 1 23” in the DSP.

Using the Import Wizard in LinkWare, the 606-A Tree will be
created within LinkWare and sort the test results accordingly
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Test Results Management -Printed Reports
•
LinkWare Software supports
several alternatives to provide
test results information to your
customer:
– Graphical color report with measured
test points over full frequency range
(1 - 350 Mhz)
– Text format with worst case
and worst value data
– Summary report which provides a
list of the cabling links tested and
key information
– Reports can be printed on paper
or sent to an electronic PDF file.
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NETWORKSUPERVISION
Documentation Suggestions

ALWAYS save test results to a PC

Make two copies of the data

Print Results to paper or PDF files

Do not delete results on the memory cards
until you have double-checked the results
on the printed output.
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© 2003 Fluke Networks
NETWORKSUPERVISION
What if ...
The link doesn’t pass?
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NETWORKSUPERVISION
Causes of Certification Failures

Broken Wires (opens)

Shorts

Split Pairs

Excessive Untwisting (13mm max. for Cat 5e)

Damaged Cables (crushed)

Component(s) are below the category tested

Cable performance is below the category tested

Test Lead does not match category being tested

Incorrect Setting On Cable Tester
71 ISV Workshop 2003 - Rev 0.0
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NETWORKSUPERVISION
Unique Digital Test Technology
Automated Fault Info
Time Domain X-Talk Analyzer
If the test fails push Fault Info
Find the fault and then analyze the fault
72 ISV Workshop 2003 - Rev 0.0
© 2003 Fluke Networks
NETWORKSUPERVISION
Cable Setup - Bad Links
50’ Grey
Cable Loop
Permanent Link
Test Adapters
50’ Grey
Cable Loop
6’
Cable
Yellow cable
Red cable
Blue cable
DSP-4X00
73 ISV Workshop 2003 - Rev 0.0
Black cable
Remote
© 2003 Fluke Networks
NETWORKSUPERVISION
Cable Testing with the Yellow Patch Cord

Replace “good” patch cord with
bright yellow patch cord.
Press “Test”.
• Test automatically interrupts to
show a wire map problem.
• Remove the yellow patch cord and
reconnect it to the opposite
receptacle ends. Press “Test”.
• What do you see?
74 ISV Workshop 2003 - Rev 0.0
© 2003 Fluke Networks
NETWORKSUPERVISION
Cable Testing with Red Patch Cord

Replace yellow patch cord with red
patch cord. Press “Test”.
• Review Autotest results.
Press “Fault Info” button.
• Review useful fault information with
recommended solutions.
• Press “View HDTDX” blue button to
see high definition plot.
• Press “Exit” button twice.
• Press “View Result” blue button.
• Select “Wire Map”, press Enter”.
View the split pairs wire map.
75 ISV Workshop 2003 - Rev 0.0
© 2003 Fluke Networks
NETWORKSUPERVISION
Cable Testing with Blue Patch Cord

Replace red patch cord with blue
patch cord. Separate wires from
each other and press “Test”.
• Review Autotest results.
Press “Fault Info” button.
• Page through the various failures
and stop at “Return Loss Failure”.
• Press “View HDTDR” blue button
to see high definition time domain
reflectometry plot.
• Note how impedance variation
causes return loss failure.
76 ISV Workshop 2003 - Rev 0.0
© 2003 Fluke Networks
NETWORKSUPERVISION
Cable Testing with Black Patch Cord

Replace blue patch cord with black
patch cord. Press “Test”.
• Test finishes and displays Autotest
results. Press “Fault Info” button for
more info.
• Fault Info provides the exact
location of the problem and
recommended solution.
• Press “View HDTDX” blue button
to see high definition time domain
crosstalk plot.
• The unique digital technology
pinpoints problems -- even in the
middle of the cable!
77 ISV Workshop 2003 - Rev 0.0
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NETWORKSUPERVISION
Patch Cord and Spool Test
Solution
How do we know whether a patch
cord meets the requirements?
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NETWORKSUPERVISION
A Patch Cord

NEXT:



Major contribution from the mated NEXT
performance of the plugs at the end of the patch
cord with the jacks in the test adapters
Small contribution from the cable
Return Loss:


Major contribution from the cable
Small contribution from the connections
79 ISV Workshop 2003 - Rev 0.0
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NETWORKSUPERVISION
Standards Define Patch Cord Test

TIA/EIA-568-B.2-1



Paragraph 7.2.1.3: NEXT Loss

NEXT Loss of near-end connection

Worst-case addition of the NEXT Loss of the remote
connection compensated for the round trip attenuation of
the cable

Plus NEXT of patch cord cable

Plus an allowance for reflected FEXT (=0.5 dB)
NEXT Loss test limits of patch cords is lengthdependent
Very similar to latest draft of IEC 61935-2
80 ISV Workshop 2003 - Rev 0.0
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NETWORKSUPERVISION
NEXT Measurement
Tester
Adapter
Main Unit


Adapter
Modular Jacks
Remote Unit
NEXT measurement:
Modular jack is the “reference”


Tester
Adapter
must be selected to meet the Cat 6 component-level definition
These jacks can also be used to certify Cat 5e patch
cords
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NETWORKSUPERVISION
Return Loss Measurement
Tester
Adapter
Tester
Adapter
Main Unit
Attenuation
Circuit (5dB) for
each wire pair
Remote Unit

Main unit is (factory) calibrated using one-port
calibration (Open, Short and 100 Ω load)

To diminish effect of far-end termination:
5 dB attenuation circuit in remote adapter
82 ISV Workshop 2003 - Rev 0.0
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NETWORKSUPERVISION
Product Offering

Product description: Patch Cord Test

Model: DSP-PCI-6S

Contains two adapters (main and remote)


Main unit adapter:
DSP-PCI-M6

remote unit adapter: DSP-PCI-R6
A CD-ROM

Manual for Patch Cord / Spool Test

Test data base to be downloaded in the DSP-4X00

Test data base includes main link model tests as well as
patch cord and spool test specifications

Data sheet
83 ISV Workshop 2003 - Rev 0.0
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NETWORKSUPERVISION
Spool Test

Verify the quality of
the cable before
installing or
processing

Supports solid
core horizontal
cable and stranded
cable to construct
patch cords
84 ISV Workshop 2003 - Rev 0.0
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NETWORKSUPERVISION
Test Options

The DSP-4300 Test Database must be
updated to “Standards Version 5.12F”
 Inspect cable on the spool


Test standard “TIA Cat x Cable 300mSpool” or “TIA
Cat x PCable 300mSpool”
Test a 100 m cable against the industry
standard for Cable (TIA/EIA-568-B.2 and
Addendum 1) without connectorizing


Test all link parameters
Select test Standard: “TIA Catx Cable 100m” or “TIA
Catx Pcable 100m”
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NETWORKSUPERVISION
Test Setup
Select appropriate standard
in the ‘Setup’ mode
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NETWORKSUPERVISION
Spool Test Results
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NETWORKSUPERVISION
DSP- 4X00 Series Cable
Analyzers
Summary of Benefits
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NETWORKSUPERVISION
Unsurpassed Ruggedness

Designed for the abuses found on
construction sites

Tough over-molding makes it able to
withstand drops onto concrete floors

Protected display

Assures more time testing, less time
waiting for service
89 ISV Workshop 2003 - Rev 0.0
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NETWORKSUPERVISION
Easy-to-Use

Test in 3 Simple Steps
1. Turn to Autotest
2. Press [TEST]
3. Press [Save]

Easy to select test standards

If a link fails a test, simply press
[FAULT INFO]

Spend less time training, more time
testing!
90 ISV Workshop 2003 - Rev 0.0
© 2003 Fluke Networks
NETWORKSUPERVISION
Unique Permanent Link Solution

More Passes!
(Fewer RL false failures)

Patent pending design
using precision cable

Removable connector
head assembly for
flexible change out of
vendor specific plugs

Higher accuracy

Ruggedized patch cord
provides longer life
91 ISV Workshop 2003 - Rev 0.0
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NETWORKSUPERVISION
Superior Diagnostics with Digital Testing
Fault
Info
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NETWORKSUPERVISION
Test Results Management
The new Fluke DSP- 4300 allows more flexibility
than ever before to manage test results:

Enhanced Internal Memory

Removable Memory Cards

LinkWare Software

Graphical Test Reports

Cable Test Re-certification
93 ISV Workshop 2003 - Rev 0.0
© 2003 Fluke Networks
NETWORKSUPERVISION
DSP Cable Analyzer - What’s in it for me?

Digital Test Technology gets the job done right
the first time.

Instantaneous and complete diagnostics save
hours of blind troubleshooting.

Graphical test data storage and transport
system keeps tester in the field generating
revenue.

LinkWare® “freeware” allows simple electronic
management of test data.

Laboratory grade Permanent Link Adapters
eliminate unnecessary test failures.
94 ISV Workshop 2003 - Rev 0.0
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NETWORKSUPERVISION
On-Line Reference Material

Statement of Work – proposed text for Field
test requirements:
www.fluke-net.com/consultants

Technical reference web site:
www.cabletesting.com

Fluke Networks’ government web site:
www.flukenetworks.ca/government
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