Crocus SHDSL Repeater 2P - Route 66 Communications
Crocus SHDSL Repeater 2P - Route 66 Communications
Crocus SHDSL Repeater 2P - Route 66 Communications
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<strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong><br />
<strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong><br />
User manual<br />
Version: 1.2 - 200034<br />
Telindus Technical Publications – Geldenaaksebaan 335 - B-3001 Leuven - Belgium – Tel. +32 16 382011
ii <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong><br />
User manual<br />
Copyright, safety and statements<br />
Document properties<br />
Subject<br />
Manual type<br />
<strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong><br />
User manual<br />
Version 1.2<br />
Code 200034<br />
Modification date<br />
4 October 2005 ©Telindus<br />
Copyright notice<br />
The information and descriptions contained in this publication are the property of Telindus. Such information<br />
and descriptions must not be copied or reproduced by any means, or disseminated or distributed<br />
without the express prior written permission of Telindus.<br />
This publication could include technical inaccuracies or typographical errors, for which Telindus never<br />
can or shall be held liable. Changes are made periodically to the information herein; these changes will<br />
be incorporated in new editions of this publication. Telindus may make improvements and/or changes in<br />
the product(s) described in this publication at any time, without prior notice.<br />
Safety requirements<br />
Carefully read the safety instructions, installation precautions and connection precautions as stated in<br />
chapter 2 - Installing and connecting the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> on page 9.
<strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong><br />
User manual<br />
Copyright, safety and statements<br />
iii<br />
Statements<br />
www.telindusproducts.com → Telindus Access Solutions → Products → Choose a product → Downloads<br />
→ Certificates<br />
Hereby, Telindus declares that this <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> complies with the essential requirements<br />
and other relevant provisions of Directive 1999/5/EC.<br />
Hierbij verklaart Telindus dat deze <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> overeenstemt met de essentiële vereisten<br />
en andere relevante bepalingen van Richtlijn 1999/5/EC.<br />
Par la présente, Telindus déclare que ce <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> est en conformité avec les exigences<br />
essentielles et autres articles applicables de la Directive 1999/5/EC.<br />
Hiermit, Telindus erklärt daß dieser <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> in Fügsamkeit ist mit den wesentlichen<br />
Anforderungen und anderen relevanten Bereitstellungen von Direktive 1999/5/EC.<br />
Mediante la presente, Telindus declara que el <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> cumple con los requisitos<br />
esenciales y las demás prescripciones relevantes de la Directiva 1999/5/CE.<br />
A Telindus declara que o <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> cumpre os principais requisitos e outras disposições<br />
da Directiva 1999/5/EC.<br />
Col presente, Telindus dichiara che questo <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> è in acquiescenza coi requisiti<br />
essenziali e stipulazioni attinenti ed altre di Direttivo 1999/5/EC.<br />
Με το παρόν η Telindus δηλώνει ότι το <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> είναι συµµορφούµενο µε τις βασικές<br />
απαιτήσεις και µε τις υπόλοιπες σχετικές διατάξες της οδηγίας 1999/5/EC.
iv <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong><br />
User manual<br />
Copyright, safety and statements<br />
Environmental information<br />
The crossed-out wheeled bin means that within the European Union the product must be taken to separate<br />
collection at the product end of life. This applies to the device but also to any accessories marked with this<br />
symbol. Do not dispose of these products as unsorted municipal waste.<br />
If you need more information on the collection, reuse and recycling systems, please contact your local waste<br />
administration. You can also contact us for more information on the environmental specifications of our products.<br />
De doorgestreepte container wil zeggen dat binnen de Europese gemeenschap het product voor gescheiden afvalverzameling<br />
moet worden aangeboden aan het einde van de levensduur van het product. Dit geldt voor het toestel, maar ook voor alle<br />
toebehoren dia van dit symbool voorzien zijn. Bied deze producten niet aan bij het gewone huisvuil.<br />
Indien u meer informatie wenst over de systemen voor inzameling, hergebruik en recyclage, gelieve dan uw lokale afvaldiensten<br />
te contacteren. U kan ook ons contacteren wanneer u informatie wenst over de milieu aspecten van onze producten.<br />
Le symbole de la poubelle sur roues barrée d’une croix signifie que ce produit doit faire l’objet d’une collecte sélective en fin de<br />
vie au sein de l’Union Européenne. Cette mesure s’applique non seulement à vorte appareil mais également à tout autre<br />
accessoire marqué de ce symbole. Ne jetez pas ces produits dans les ordures ménagères non sujettes au tri sélectif.<br />
Si vous souhaitez plus d'information concernant les systèmes de collecte, de réutilisation et de recyclage, veuillez contactez votre<br />
service de gestion de déchets local. Vous pouvez également nous contacter pour obtenir plus d’information au sujet des<br />
spécifications environnementales de nos produits.<br />
Das Symbol der durchgestrichenen Abfalltonne auf Rädern bedeutet dass das Produkt in der Europäischen Union einer<br />
getrennten Mülsammlung zugeführt werden muss. Dies gilt sowohl für das Produkt selbst, als auch für alle mit diesem Symbol<br />
gekennzeichneten Zubehörteile. Diese Produkte dürfen nicht über den unsortierten Hausmüll entsorgt werden.<br />
Wenn Sie mehr Informationen brauchen über die Sammlung und Recycling Systemen, bitte konsultieren Sie Ihre örtliche Abfälle<br />
Verwaltung. Für mehr Informationen über die Umweltaspekten unserer Produkte, wenden Sie sich an unserer Kundendienst.
<strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong><br />
User manual<br />
Preface<br />
v<br />
Typographical conventions<br />
The following typographical conventions are used in this manual:<br />
The format …<br />
Normal<br />
indicates …<br />
normal text.<br />
Italic • new or emphasised words<br />
• application windows, buttons and fields. E.g. In the File name field enter …<br />
Computer<br />
text you have to enter at the DOS or CLI prompt, computer output and code<br />
examples.<br />
E.g. NOK,1,1,Invalid command.<br />
Computer Bold<br />
text you have to enter at the DOS or CLI prompt when it is part of a mix of computer<br />
input and output.<br />
E.g.<br />
/o1003:"Edit Configuration"<br />
>get sysName<br />
sysName = "Orchid 1003 LAN"<br />
/o1003:"Edit Configuration"<br />
><br />
Blue<br />
references to other parts in the manual.<br />
E.g. “Refer to xx - Title for more information”.<br />
Blue underline • a hyperlink to a web site. E.g. www.telindus.com<br />
• a reference to another manual. E.g. “Refer to the TMA manual (PDF) for<br />
more information”. The abbreviation between brackets is an indication of the<br />
file format (PDF = Portable Document Format / CHM = Compiled HTML<br />
Help).<br />
Graphical conventions<br />
The following icons are used in this manual:<br />
Icon Name This icon indicates …<br />
Remark<br />
remarks or useful tips.<br />
Caution<br />
text to be read carefully in order to avoid damage to the device.<br />
Warning<br />
text to be read carefully in order to avoid injury.<br />
DIP switch<br />
a DIP switch or strap table.
vi <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong><br />
User manual<br />
Preface<br />
Audience<br />
This manual is intended for computer-literate people, who have a working knowledge of computing and<br />
networking principles.<br />
Your feedback<br />
Your satisfaction about this purchase is an extremely important priority to all of us at Telindus. Accordingly,<br />
all electronic, functional and cosmetic aspects of this new unit have been carefully and thoroughly<br />
tested and inspected. If any fault is found with this unit or should you have any other quality-related comment<br />
concerning this delivery, please submit the Quality Comment Form on our web page at<br />
http://www.telindusproducts.com/quality.
<strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong><br />
User manual<br />
Table of contents<br />
vii<br />
Table of contents<br />
User manual............................................................................................ 1<br />
1 Introducing the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> ....................................................3<br />
1.1 What is the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>?................................................................. 4<br />
1.2 <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> product overview.......................................................... 5<br />
1.3 <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> applications.................................................................. 6<br />
1.4 Central and remote side terminology ......................................................................... 7<br />
1.5 Maintaining the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> ............................................................ 8<br />
2 Installing and connecting the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>.............................9<br />
2.1 Safety instructions .................................................................................................... 10<br />
2.2 Unpacking ................................................................................................................ 11<br />
2.3 Selecting a site ......................................................................................................... 12<br />
2.4 Connection precautions............................................................................................ 12<br />
2.5 Connecting the indoor <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>................................................ 13<br />
2.6 Mounting and connecting the outdoor <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> ....................... 15<br />
2.7 The front panel LED indicators................................................................................. 26<br />
3 Basic operation..................................................................................................29<br />
3.1 Connecting the NE side and FE side ....................................................................... 30<br />
3.2 The NE side and FE side line rate............................................................................ 31<br />
3.3 Performance monitoring ........................................................................................... 32<br />
3.4 Monitoring the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> with TMA ............................................ 33<br />
4 Monitor interface................................................................................................37<br />
4.1 Starting a monitor interface session ......................................................................... 38<br />
4.2 Structure of the monitor interface ............................................................................. 39<br />
4.3 Main menu................................................................................................................ 40<br />
4.4 Common commands ................................................................................................ 41<br />
4.5 Performance management (PM) .............................................................................. 42<br />
4.6 Fault and maintenance management (FMM) ........................................................... 43<br />
4.7 Configuration management (CM) ............................................................................. 45
viii <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong><br />
User manual<br />
Table of contents<br />
5 Technical specifications ...................................................................................47<br />
5.1 Line specifications .................................................................................................... 48<br />
5.2 Line connector lay-out .............................................................................................. 48<br />
5.3 Monitor interface specifications ................................................................................ 49<br />
5.4 Monitor connector lay-out......................................................................................... 49<br />
5.5 Outdoor <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> IP67 signal connector lay-out ...................... 50<br />
5.6 Jumper settings ........................................................................................................ 51<br />
5.7 Power requirements ................................................................................................. 54<br />
5.8 Power connector lay-out........................................................................................... 54<br />
5.9 Dimensions............................................................................................................... 55<br />
5.10 Safety compliance .................................................................................................... 55<br />
5.11 Over-voltage and over-current protection compliance ............................................. 55<br />
5.12 EMC compliance ...................................................................................................... 55<br />
5.13 Environmental compliance ....................................................................................... 56<br />
Annex .................................................................................................... 57<br />
Annex A:product information .................................................................................59<br />
Index...................................................................................................... 61
<strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> 1<br />
User manual<br />
User manual
2 <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong><br />
User manual
<strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> Chapter 1 3<br />
User manual<br />
Introducing the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong><br />
1 Introducing the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong><br />
This chapter gives an introduction to the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>. The following gives an overview<br />
of this chapter:<br />
• 1.1 - What is the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>? on page 4<br />
• 1.2 - <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> product overview on page 5<br />
• 1.3 - <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> applications on page 6<br />
• 1.4 - Central and remote side terminology on page 7<br />
• 1.5 - Maintaining the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> on page 8
4 <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> Chapter 1<br />
User manual<br />
Introducing the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong><br />
1.1 What is the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>?<br />
The <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> is used to increase the maximum distance between two Telindus<br />
<strong>SHDSL</strong> devices. The major features of the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> are:<br />
• 2 <strong>SHDSL</strong> line pairs.<br />
• manageable through local connector (monitor tool) or over the <strong>SHDSL</strong> link.<br />
• available in indoor or outdoor (IP67) housing.<br />
• high quality, high performance.<br />
• wetting current support.<br />
• local or remote powering.
<strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> Chapter 1 5<br />
User manual<br />
Introducing the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong><br />
1.2 <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> product overview<br />
The <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> is available in 2 different versions:<br />
Housing<br />
indoor<br />
Description<br />
Table top housing for indoor use.<br />
outdoor<br />
Protected IP67 housing to meet harsh environmental conditions. Protection against<br />
moisture, vibration and impact.
6 <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> Chapter 1<br />
User manual<br />
Introducing the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong><br />
1.3 <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> applications<br />
The following two examples show how the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> is used to increase the maximum<br />
distance between two <strong>Crocus</strong> <strong>SHDSL</strong> modems.<br />
Increasing the maximum covered distance<br />
The repeater in this link can either be powered locally or remotely by the central modem.<br />
Increasing the maximum covered distance even more
<strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> Chapter 1 7<br />
User manual<br />
Introducing the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong><br />
1.4 Central and remote side terminology<br />
There are many different terms to define the two sides of a modem link. The following table lists these<br />
different terms:<br />
Central side<br />
LTU<br />
network side<br />
N-side<br />
near end<br />
NE<br />
Remote side<br />
NTU<br />
customer side<br />
C-side<br />
far end<br />
FE<br />
In this manual we will mostly use the terms NE and FE.
8 <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> Chapter 1<br />
User manual<br />
Introducing the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong><br />
1.5 Maintaining the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong><br />
You can maintain the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> using the following tools:<br />
Tool<br />
monitor interface<br />
TMA<br />
Description<br />
The <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> can be connected to a terminal or a PC (with terminal<br />
emulation) in order to monitor relevant events and to display additional information<br />
such as the signal quality of the <strong>SHDSL</strong> link or the G.826 error performance<br />
parameters. In addition, full system configuration and fault localisation can be done<br />
using the monitor interface.<br />
Refer to 4 - Monitor interface on page 37 for more information.<br />
By connecting TMA to a Telindus <strong>SHDSL</strong> device which on its turn is connected to<br />
the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>, you can monitor status and performance information<br />
and activate a test loop. The communication between the Telindus <strong>SHDSL</strong><br />
device and the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> occurs through the EOC channel.<br />
Refer to 3.4 - Monitoring the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> with TMA on page 33 for<br />
more information.
<strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> Chapter 2 9<br />
User manual<br />
Installing and connecting the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong><br />
2 Installing and connecting the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong><br />
<strong>2P</strong><br />
First this chapter gives some important safety instructions. Then it explains how to install and connect<br />
the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>.<br />
You are advised to read this chapter from the beginning to the end, without skipping any part. By doing<br />
so, your <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> will be completely installed and ready for configuration when you<br />
reach the end of this chapter.<br />
The following gives an overview of this chapter:<br />
• 2.1 - Safety instructions on page 10<br />
• 2.2 - Unpacking on page 11<br />
• 2.3 - Selecting a site on page 12<br />
• 2.4 - Connection precautions on page 12<br />
• 2.5 - Connecting the indoor <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> on page 13<br />
• 2.6 - Mounting and connecting the outdoor <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> on page 15<br />
• 2.7 - The front panel LED indicators on page 26
10 <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> Chapter 2<br />
User manual<br />
Installing and connecting the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong><br />
2.1 Safety instructions<br />
Disconnect the power supply before installing, adjusting or servicing the unit.<br />
The safety of this unit depends upon the protective earth pin. Do not defeat this safety feature.<br />
Kopple die Stromzufuhr ab wenn Sie das Gerät installieren, einstellen oder reparieren.<br />
Die Sicherheit dieses Gerätes ist abhängig von dem Erdungspin. Beachten Sie unbedingt diese Sicherheitsstandard.<br />
To avoid damage to the unit, please observe all procedures described in this chapter.<br />
Um eine Beschädigung des Gerätes zu verhindern, beachten Sie bitte unbedingt die Sicherheitsbestimmungen,<br />
die in diesem Abschnitt beschrieben werden.<br />
Ensure that the unit and its connected equipment all use the same power and ground, to reduce noise<br />
interference and possible safety hazards caused by differences in ground or earth potentials.
<strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> Chapter 2 11<br />
User manual<br />
Installing and connecting the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong><br />
2.2 Unpacking<br />
Checking the shipping carton<br />
Rough handling during shipping causes most early failures. Before installation, check the shipping carton<br />
for signs of damage:<br />
• If the shipping carton is damaged, please place a claim with the carrier company immediately.<br />
• If the shipping carton is undamaged, do not dispose of it in case you need to store the unit or ship it<br />
in the future.<br />
Package contents<br />
In case of the indoor <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>, the box should contain the following items:<br />
• Indoor <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>.<br />
• Mini-fit power plug.<br />
• A printed version of the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> manual.<br />
In case of the outdoor <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>, the box should contain the following items:<br />
• Outdoor housing with <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> inside.<br />
• 1 signal connector cable part.<br />
• 1 power connector cable part.<br />
• 4 wall plugs and screws 6 mm x 50 mm.<br />
• 1 security seal.<br />
• 1 tube of high temperature silicone paste.<br />
• A printed version of the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> manual.
12 <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> Chapter 2<br />
User manual<br />
Installing and connecting the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong><br />
2.3 Selecting a site<br />
Indoor <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong><br />
Indoor use only! Install the unit in an area free of extreme temperatures, humidity, shock and vibration.<br />
Position it so that you can easily see and access the front panel. Leave enough clearance at the back<br />
for cables and wires. Position the unit within the correct distances for the different accesses and, if powered<br />
locally, within 2m of a power outlet.<br />
Outdoor <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong><br />
Outdoor use is allowed. Protection against moisture, vibration and impact.<br />
2.4 Connection precautions<br />
ESD warning<br />
The circuit boards are sensitive to electrostatic discharges (ESD) and should be handled with care. It is<br />
advisable to ensure an optimal electrical contact between yourself, the working area and a safety ground<br />
before touching any circuit board. Take special care not to touch any component or connector on the<br />
circuit board.<br />
EMC compliant installation<br />
The Telindus access products are fully EMC compliant. To ensure compliance with EMC directive 89/<br />
336/EEC, shielded cables or ferrite beads have to be used.<br />
The connectors of the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> should only be connected to the following circuit<br />
types:<br />
Connector name Connector label Connector type Circuit type<br />
monitor connector MONITOR subD-9 SELV<br />
<strong>SHDSL</strong> line connector xDSL RJ45 TNV-1 1 /<br />
TNV-3 2<br />
1. without remote powering<br />
2. with remote powering<br />
• SELV (Safety Extra Low Voltage): local connection (e.g. PC to <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>) or<br />
leased line inside the building.<br />
• TNV-1 (Telecom Network Voltage): leased line outside the building.<br />
• TNV-2: PSTN from PABX inside the building.<br />
• TNV-3: PSTN from operator PABX outside the building.
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2.5 Connecting the indoor <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong><br />
Parts of the indoor <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong><br />
The following is a side view of the indoor <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>:<br />
The following is a rear view of the indoor <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>:<br />
Connecting the indoor <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong><br />
The following table gives an overview of the different parts of the indoor <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong><br />
and reveals their function:<br />
Part label<br />
Monitor<br />
Function<br />
This is the monitor connector. Connect a terminal or a PC (with terminal emulation)<br />
to this connector in order to manage the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong><br />
using the monitor interface.<br />
Refer to …<br />
• 5.4 - Monitor connector lay-out on page 49 for more information on this connector.<br />
• 4 - Monitor interface on page 37 for more information on the monitor interface.
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Part label<br />
DP / LP<br />
Function<br />
This is the power selection switch. The <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> can either<br />
be powered locally or remotely by the LTU. Use the power selection switch to<br />
select between local and dual powering.<br />
Switch setting<br />
LP (local power)<br />
DP (dual power)<br />
Function<br />
The <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> is powered by a local<br />
power supply only.<br />
The <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> is powered remotely by<br />
the LTU. However, you can also connect a local power<br />
supply. In that case, if the remote power fails, then the<br />
local power takes over.<br />
In order to change the switch setting, use a thin plastic tool. Never use a metal<br />
object!<br />
-48 VDC This is the power connector. If you want to power the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong><br />
<strong>2P</strong> using a local power supply, then connect the -48 Vdc to this connector. Do<br />
this by wiring the mini-fit plug delivered with the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong><br />
and plug it in the mini-fit power connector.<br />
Refer to 5.8 - Power connector lay-out on page 54 for more information on this<br />
connector.<br />
NE / FE xDSL<br />
These are the Near End (NE) and Far End (FE) <strong>SHDSL</strong> line connectors. Connect<br />
the …<br />
• NE connector to the <strong>SHDSL</strong> line going to the near end, also called network<br />
side or N-side.<br />
• FE connector to the <strong>SHDSL</strong> line going to the far end, also called customer<br />
side or C-side.<br />
For optimum performance, the line pairs have to be twisted properly.<br />
Refer to …<br />
• 5.2 - Line connector lay-out on page 48 for more information on this connector.<br />
• 3.1 - Connecting the NE side and FE side on page 30 for more information<br />
on connecting the <strong>SHDSL</strong> line connector.
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2.6 Mounting and connecting the outdoor <strong>Crocus</strong> <strong>SHDSL</strong><br />
<strong>Repeater</strong> <strong>2P</strong><br />
This section shows you how to mount and connect the outdoor <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>. The following<br />
gives an overview of this section:<br />
• 2.6.1 - Parts of the outdoor <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> on page 16<br />
• 2.6.2 - Mounting the outdoor <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> on page 17<br />
• 2.6.3 - Adding a security seal on page 18<br />
• 2.6.4 - Connecting the IP67 signal connector on page 19<br />
• 2.6.5 - Connecting the IP67 power connector on page 21<br />
• 2.6.6 - Changing the LP/DP switch setting on page 23<br />
• 2.6.7 - Replacing the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> motherboard on page 24
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2.6.1 Parts of the outdoor <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong><br />
The following figure shows the different parts of the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>:
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2.6.2 Mounting the outdoor <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong><br />
There are 2 ways to mount the outdoor <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>:<br />
• by using the mounting feet.<br />
• without using the mounting feet.<br />
Mounting the outdoor <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong><br />
In order to mount the outdoor <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>, proceed as<br />
follows:<br />
Step<br />
Action<br />
1 If you want to mount the outdoor <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> …<br />
• using the mounting feet, then proceed with step 2.<br />
• without using the mounting feet, then first remove them (Removing the mounting feet<br />
on page 17). Then proceed with step 2.<br />
2 Use the bottom of the outdoor housing as reference to drill the holes in the wall:<br />
• If you use the mounting feet, then use a pencil to mark the holes in the mounting feet<br />
on the wall.<br />
• If you do not use the mounting feet, then take a pencil and slide it into the holes where<br />
the lid screws go in and mark these holes on the wall.<br />
3 Drill 4 holes (with a depth of 50 mm) in the marked positions.<br />
4 Insert the plugs (delivered with the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>) in the holes.<br />
5 Use the 4 screws delivered with the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> to screw the <strong>Crocus</strong><br />
<strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> against the wall.<br />
Removing the mounting feet<br />
If you want to mount the outdoor <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> without using the mounting feet, then you<br />
have to remove them first. Proceed as follows:<br />
Step<br />
Action<br />
1 Unscrew the 4 screws that attach the lid to the bottom of the outdoor housing.<br />
2 Remove the lid.<br />
3 Use a flat screwdriver to unscrew the 4 screws that attach the mounting feet. They can<br />
be reached at the bottom of the holes where the lid screws go in.<br />
4 Remove the mounting feet.<br />
5 Remove the screws from the holes.
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2.6.3 Adding a security seal<br />
The security seal delivered with the outdoor <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> can be used to prevent strangers<br />
from accessing the housing.<br />
To add the security seal, proceed as follows:<br />
Step<br />
Action<br />
1 Slide the wire of the security seal through the holes in the security screw and through the<br />
holes in the side of the outdoor housing.<br />
2 Slide the wire into the lock. Once it is slid in, it cannot be removed again!<br />
The dotted line illustrates how you have to attach the security seal:<br />
If the outdoor <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> needs to be opened, the seal must be cut. Use following information<br />
to order a new seal:<br />
Manufacturer<br />
Peever<br />
Impuls<br />
Description of seal<br />
Security Seal RVS EZ LOCK 300x116<br />
Security Seal RVS EZ LOCK 300x116
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2.6.4 Connecting the IP67 signal connector<br />
Before you can plug the male IP67 signal plug (delivered with the outdoor <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>)<br />
into the female IP67 signal connector (present on the outdoor <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> housing),<br />
you have to wire it first. This is explained in this section.<br />
Parts of the male IP67 signal plug<br />
The male IP67 signal plug is delivered with the outdoor <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>. It must be attached<br />
to the cable that connects the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>. The following figure shows the different parts<br />
of the male IP67 signal plug:<br />
The following table labels the different parts of the male IP67 signal plug:<br />
Item<br />
Description<br />
1 connector block<br />
2 connector screws<br />
3 connector housing<br />
4 wire transit<br />
5 IP67 plate<br />
6 nut
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Wiring the male IP67 signal plug<br />
To attach the male IP67 signal plug to the cable, proceed as follows:<br />
Step<br />
Action<br />
1 Unscrew the 4 screws (2) that attach the connector block to the connector housing.<br />
2 Take the connector block (1) out of the connector housing (3).<br />
3 Unscrew the nut (6).<br />
4 Remove the IP67 plate (5).<br />
5 Slide the cable through the nut (6) and the wire transit (4) into the connector housing (3).<br />
6 Wire the cable to the connector block (1). Refer to 5.5 - Outdoor <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong><br />
<strong>2P</strong> IP67 signal connector lay-out on page 50.<br />
7 Put the connector block (1) back into the connector housing and tighten the screws (2).<br />
8 If the diameter of the cable is not big enough to seal the opening of the wire transit (4)<br />
air- and watertight, then use the high temperature silicone paste (delivered with the outdoor<br />
<strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>) to glue the cable into the wire transit (4). This will<br />
ensure the IP67 quality. Proceed as follows:<br />
1. Apply the high temperature silicone paste as indicated in the figure below.<br />
2. Slide the nut over the wire transit.<br />
3. Tighten the nut.<br />
9 Tighten the nut (6). This nut ensures the IP67 quality.<br />
10 Now plug the male IP67 signal plug you just wired into the female IP67 signal connector.<br />
Refer to 2.6.1 - Parts of the outdoor <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> on page 16.
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2.6.5 Connecting the IP67 power connector<br />
Before you can plug the male IP67 power plug (delivered with the outdoor <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>)<br />
into the female IP67 power connector (present on the outdoor <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> housing),<br />
you have to wire it first. This is explained in this section.<br />
Parts of the male IP67 power plug<br />
The male IP67 power plug is delivered with the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>. It must be attached to the<br />
power cable that connects the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>. The following figure shows the different<br />
parts of the male IP67 power plug:<br />
The following table labels the different parts of the male IP67 power plug:<br />
Item<br />
Description<br />
1 connector block<br />
2 connector housing<br />
3 IP67 plate<br />
4 wire transit<br />
5 pressure ring<br />
6 nut
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Wiring the male IP67 power plug<br />
To attach the male IP67 power plug to the cable, proceed as follows:<br />
Step<br />
Action<br />
1 Unscrew the nut (6).<br />
2 Remove the IP67 plate (3).<br />
3 Unscrew the connector housing (2) from connector block (1).<br />
4 Slide the cable through the nut (6), the pressure ring (5), the wire transit (4) and the connector<br />
housing (2).<br />
5 Wire the cable to the connector block (1). Refer to 5.8 - Power connector lay-out on<br />
page 54.<br />
6 Screw the connector housing (2) and the connector block (1) together.<br />
7 If the diameter of the cable is not big enough to seal the opening of the wire transit (4)<br />
air- and watertight, then use the high temperature silicone paste (delivered with the outdoor<br />
<strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>) to glue the cable into the wire transit (4). This will<br />
ensure the IP67 quality. Refer to step 8 of the procedure Wiring the male IP67 signal plug<br />
on page 20.<br />
8 Tighten the nut (6). This nut ensures the IP67 quality.<br />
9 Now plug the male IP67 power plug you just wired into the female IP67 power connector.<br />
Refer to 2.6.1 - Parts of the outdoor <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> on page 16.
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2.6.6 Changing the LP/DP switch setting<br />
LP/DP switch function<br />
The LP/DP switch is the power selection switch. The <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> can either be powered<br />
locally or remotely by the LTU. Use the power selection switch to select between local and dual powering.<br />
Switch setting<br />
LP (local power)<br />
DP (dual power)<br />
Function<br />
The <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> is powered by a local power supply only.<br />
The <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> is powered remotely by the LTU. However, you<br />
can also connect a local power supply. In that case, if the remote power fails, then<br />
the local power takes over.<br />
Changing the LP/DP switch setting<br />
In order to change the LP/DP switch setting, proceed as follows:<br />
Step<br />
Action<br />
1 Loosen the screws that mount the lid to the bottom of the outdoor housing and remove<br />
the lid.<br />
When the security seal is present, it must be cut and removed.<br />
2 Change the LP/DP switch setting.<br />
3 Put the lid on the bottom of the outdoor housing and fasten the screws.
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2.6.7 Replacing the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> motherboard<br />
In order to replace the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> motherboard in the outdoor housing, proceed as<br />
follows:<br />
Step<br />
Action<br />
1 Loosen the screws that mount the lid to the bottom of the outdoor housing and remove<br />
the lid.<br />
When the security seal is present, it must be cut and removed.<br />
2 Disconnect the cables inside the outdoor housing from the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong><br />
motherboard.<br />
3 Loosen the screws that mount the base plate to the bottom of the outdoor housing.<br />
4 Lift the base plate on the side furthest away from the IP67 connectors and take it out of<br />
the outdoor housing.<br />
5 Turn the base plate upside down (<strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> motherboard facing<br />
down) and loosen the screws that mount the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> motherboard<br />
to the base plate.<br />
⇒The <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> motherboard is unmounted.<br />
6 Take a new <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> motherboard and mount it on the base plate.<br />
7 Turn the base plate around again (<strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> motherboard facing up)<br />
and insert it in the outdoor housing.<br />
8 Fasten the screws that mount the base plate to the bottom of the outdoor housing.<br />
Do not forget to also reconnect the earth wires to the earth screw!<br />
9 Reconnect the cables inside the outdoor housing to the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong><br />
motherboard.<br />
10 Put the lid on the bottom of the outdoor housing and fasten the screws.
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The following figure shows the procedure described above:
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2.7 The front panel LED indicators<br />
This section is only valid for the Indoor <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>.<br />
When all the connections are made and the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> is powered, the LEDs on the<br />
front panel reflect the actual status of the device. This section explains what the front panel LEDs indicate.<br />
The following gives an overview of this section:<br />
• 2.7.1 - Front panel of the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> on page 27<br />
• 2.7.2 - NE LED on page 27<br />
• 2.7.3 - FE LED on page 28
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2.7.1 Front panel of the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong><br />
The following figure shows the front panel LED indicators of the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>:<br />
2.7.2 NE LED<br />
The NE LED indicates the following:<br />
LED status<br />
red<br />
red blinking<br />
green<br />
green blinking<br />
Description<br />
This indicates an alarm:<br />
• hardware or software failure<br />
• loss of signal on the NE side (i.e. no line is connected)<br />
• loss of frame alignment on the NE side<br />
A training sequence is in progress.<br />
Normal operation.<br />
A network loop is active.
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2.7.3 FE LED<br />
The FE LED indicates the following:<br />
LED status<br />
red<br />
red blinking<br />
green<br />
Description<br />
This indicates an alarm:<br />
• loss of signal on the FE side (i.e. no line is connected)<br />
• loss of frame alignment on the FE side<br />
A training sequence is in progress.<br />
Normal operation.
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3 Basic operation<br />
This chapter shows how to operate the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> in a basic way. It explains what the<br />
network side and the far side of the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> is. It also explains how the <strong>Crocus</strong><br />
<strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> adapts its line speed (also called line rate). Furthermore, it describes how to start<br />
diagnostic tests and how to monitor the performance.<br />
The following gives an overview of this chapter:<br />
• 3.1 - Connecting the NE side and FE side on page 30<br />
• 3.2 - The NE side and FE side line rate on page 31<br />
• 3.3 - Performance monitoring on page 32<br />
• 3.4 - Monitoring the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> with TMA on page 33<br />
You can configure the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>, start diagnostic tests and monitor the status and<br />
performance using the monitor interface. Refer to 4 - Monitor interface on page 37 for more information.
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3.1 Connecting the NE side and FE side<br />
When you set up an <strong>SHDSL</strong> link, the central <strong>SHDSL</strong> device has to be master and the remote <strong>SHDSL</strong><br />
device has to be the slave (e.g. refer to the configuration attribute ”channel“ on the <strong>Crocus</strong> <strong>SHDSL</strong><br />
modem).<br />
The <strong>SHDSL</strong> interface of the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> consists of two “sides”:<br />
<strong>SHDSL</strong> interface<br />
side<br />
NE side<br />
FE side<br />
Description<br />
This side operates in slave mode and has to be connected to the central<br />
<strong>SHDSL</strong> device.<br />
If there is more than one repeater in the link, then the NE side of one repeater<br />
has to be connected to the FE side of the other repeater.<br />
This side operates in master mode and has to be connected to the remote<br />
<strong>SHDSL</strong> device.<br />
If there is more than one repeater in the link, then the FE side of one repeater<br />
has to be connected to the NE side of the other repeater.<br />
In case of the …<br />
• indoor <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>, refer to 5.2 - Line connector lay-out on page 48 to find out which<br />
RJ45 connector is the NE connector and which the FE connector.<br />
• outdoor <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>, refer to 5.5 - Outdoor <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> IP67 signal<br />
connector lay-out on page 50 to find out which pins of the signal connector are the NE side and which<br />
the FE side.<br />
The following figure shows an example on how to connect the NE side and the FE side of the <strong>Crocus</strong><br />
<strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>:
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3.2 The NE side and FE side line rate<br />
The NE and FE sides of the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> can operate in rate adaptation mode or fixed<br />
rate mode:<br />
Rate mode<br />
fixed rate mode<br />
rate adaptation<br />
mode<br />
Description<br />
The <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> starts up the link according to the base rate setting.<br />
In this case, the …<br />
• NE side of the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> adapts its line rate to the line rate<br />
that is configured on the FE side of the connected <strong>SHDSL</strong> device. If the line rate<br />
of this neighbouring <strong>SHDSL</strong> device its FE side is set to …<br />
- a fixed line rate, then the NE side of the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> adapts<br />
its line rate to this fixed line rate.<br />
- rate adaptation mode, then the NE side of the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong><br />
and the FE side of the <strong>SHDSL</strong> device try to achieve the highest possible line<br />
rate which gives a stable connection.<br />
• FE side of the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> follows the line rate of the <strong>Crocus</strong><br />
<strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> its NE side.<br />
Refer to 4.7 - Configuration management (CM) on page 45 to see how to configure the rate adaptation<br />
mode or fixed rate mode (base rate).<br />
Supported line rates<br />
The <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> supports line rates ranging from 1024 kbps up to 2048 kbps.
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3.3 Performance monitoring<br />
The transmission performance of the <strong>SHDSL</strong> link can be monitored in two different ways:<br />
• the <strong>SHDSL</strong> signal quality. This is typically used during installation and maintenance procedures.<br />
• the G.826 error performance parameters. These are intended to be used for long term evaluation of<br />
the <strong>SHDSL</strong> link.<br />
Also refer to the “SQ” and “G826” monitor commands described in 4.5 - Performance management (PM)<br />
on page 42.<br />
G.826 Performance Monitoring<br />
The G.826 error performance parameters provide quantitative performance information of a specific<br />
loop. They are intended to be used for long term evaluation of <strong>SHDSL</strong> links.<br />
The evaluation of the G.826 error performance parameters is based on CRC (Cyclic Redundancy<br />
Check) error detection:<br />
CRC generation and detection on the repeater are handled separately for the FE side and NE side. On<br />
each side, six CRC6 check bits are generated per <strong>SHDSL</strong> frame for each channel and direction. For signalling<br />
detected block-errors in the return direction, the FEBE-bits are used. The <strong>SHDSL</strong> G.826 performance<br />
of the opposite unit is calculated according to these FEBE-bits. CRC6 errors are used by software<br />
to count the block-errors of the respective <strong>SHDSL</strong> channel and to evaluate its error performance according<br />
to ITU-T Rec. G.826.<br />
The estimation of a bit-error rate is not within the scope of the G.826 calculations.
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3.4 Monitoring the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> with TMA<br />
Using the monitor interface, you can configure the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> and monitor the status<br />
and performance. Refer to 4 - Monitor interface on page 37 for more information. However, it is also possible<br />
to monitor the status and performance of the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> and to activate loop-back<br />
tests on the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> by using TMA. This is not possible by connecting TMA directly<br />
to the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>, but by connecting to a Telindus <strong>SHDSL</strong> device and retrieving the<br />
information from the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> over the EOC channel.<br />
The following gives an overview of this section:<br />
• 3.4.1 - Starting a TMA session on page 34<br />
• 3.4.2 - Activating a test loop with TMA on page 35
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3.4.1 Starting a TMA session<br />
As said before, you cannot connect TMA directly to the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>. You have to connect<br />
TMA to a Telindus <strong>SHDSL</strong> device which, on its turn, is connected to the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong><br />
<strong>2P</strong>. This section explains this.<br />
Suppose you have the following set-up:<br />
Now, in order to retrieve status and performance information from the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong><br />
through the <strong>Crocus</strong> <strong>SHDSL</strong> and to display it in TMA, proceed as follows:<br />
Step<br />
Action<br />
1 Connect TMA to the <strong>Crocus</strong> <strong>SHDSL</strong>. Refer to the manual of the <strong>Crocus</strong> <strong>SHDSL</strong> how to<br />
do so.<br />
2 Make sure that on the <strong>Crocus</strong> <strong>SHDSL</strong> the attribute line/eocHandling is set to anything else<br />
than the value “none” (e.g. discovery, inventory, info or alarmConfiguration).<br />
3 In the containment tree of the <strong>Crocus</strong> <strong>SHDSL</strong>, go to the<br />
object repeater[ ]. In this object you can find some status and<br />
performance information of the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>.<br />
Refer to the manual of the <strong>Crocus</strong> <strong>SHDSL</strong> to find out more about these attributes.
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3.4.2 Activating a test loop with TMA<br />
Using the test loop action you can troubleshoot your communication link in case of problems. To activate<br />
a test loop on the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>, proceed as follows:<br />
Step<br />
Action<br />
1 Connect with TMA to the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> as described in 3.4.1 - Starting a<br />
TMA session on page 34.<br />
2 In TMA, select the Status group.<br />
3 In the containment tree of the <strong>SHDSL</strong> device 1 , select the<br />
repeater[ ] object.<br />
⇒In the action window, you will see an action called loopbackActivation.<br />
4 Set the argument value of the loopbackActivation action to initiateNetworkLoopback.<br />
5 Now execute the action by …<br />
• double-clicking the action.<br />
• right-clicking the action and selecting Execute from the pop-up menu.<br />
⇒A network loop is activated.<br />
Important remarks<br />
• You can only activate a network loop on the NE side of the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong><br />
<strong>2P</strong>.<br />
• The loopbackActivation action can only be executed if the eocHandling attribute of the<br />
<strong>SHDSL</strong> device is set to alarmConfiguration. Not if it is set to discovery, inventory or info.<br />
6 To stop the test loop, set the argument value of the loopbackActivation action to clearAllMaintnenanceStates<br />
and execute the action again.
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1. This is the containment tree of the <strong>SHDSL</strong> device to which you connect TMA. It is not the containment<br />
tree of the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>, since you cannot connect TMA directly to<br />
the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>.
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4 Monitor interface<br />
The <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> can be configured and monitored using the monitor interface. This<br />
chapter describes the monitor interface. It shows how to start a monitor interface session and lists and<br />
explains all the available commands.<br />
The following gives an overview of this chapter:<br />
• 4.1 - Starting a monitor interface session on page 38<br />
• 4.2 - Structure of the monitor interface on page 39<br />
• 4.3 - Main menu on page 40<br />
• 4.4 - Common commands on page 41<br />
• 4.5 - Performance management (PM) on page 42<br />
• 4.6 - Fault and maintenance management (FMM) on page 43<br />
• 4.7 - Configuration management (CM) on page 45
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4.1 Starting a monitor interface session<br />
You can open a monitor interface through the monitor connector. Connect a terminal or PC (with terminal<br />
emulation) to the monitor connector of the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>. The terminal (emulation) should<br />
be VT100 compatible and configured as follows:<br />
• 9600 baud, asynchronous<br />
• 8 bits, no parity, one stop bit<br />
• no new line on carriage return (i.e. no line feed on carriage return)<br />
• XON/XOFF enabled<br />
Refer to 5.4 - Monitor connector lay-out on page 49 for more information on the monitor connector.
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4.2 Structure of the monitor interface<br />
The menu structure<br />
The monitor interface has three command sub-sets each containing a specific set of commands:<br />
Main menu<br />
Performance management<br />
(PM)<br />
G826<br />
RESETG826<br />
Common commands<br />
HELP<br />
MAIN<br />
CONNECT<br />
DISCONNECT<br />
Fault and maintenance management<br />
(FMM)<br />
STATUS<br />
ALARM<br />
RESET<br />
Configuration management<br />
(CM)<br />
CONFIG<br />
MODE<br />
PLL<br />
ANNEX<br />
AUTORESTART<br />
BASERATE<br />
ADAPTIVE<br />
ID<br />
Typing “H” at any time shows and explains all available commands and their parameters.<br />
The prompt structure<br />
The prompt consists of three fields separated by an underscore. For example:<br />
RR_04_FMM<br />
where …<br />
• RR is the repeater indication,<br />
• 04 is the repeater address,<br />
• FMM is the sub-set menu.
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4.3 Main menu<br />
The main menu looks as follows:<br />
<strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong><br />
ID<br />
HW Rev. B1<br />
SW Rev. 1.8.0.0<br />
FW Rev. R1.7<br />
Copyright (C) 2001 by Telindus<br />
------------- Main Menu -----------------<br />
1. Performance management (PM)<br />
2. Fault and maintenance management (FMM)<br />
3. Configuration management (CM)<br />
5. Exit<br />
-----------------------------------------<br />
RR_03_MM>Select [1..5]:<br />
To select a sub-menu, type 1, 2 or 3. To exit, type 5.<br />
Each command has to be terminated by a carriage return.
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4.4 Common commands<br />
The common commands are commands that are available in every sub-menu. These commands are the<br />
following:<br />
HELP<br />
Typing “H” and hitting the enter key, displays all available commands of the selected sub-menu. Typing<br />
H gives additional information on the .<br />
MAIN<br />
Typing “M” and hitting the enter key, redirects you to the main menu.<br />
CONNECT<br />
This command opens a monitor interface session on a remote <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>. During such<br />
a remote session, the local <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> can not be accessed anymore until you close<br />
the remote session using the DISCONNECT command or by selecting "Exit" in the main menu (of the<br />
remote <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>).<br />
To connect to the remote unit, add the parameter "R" or type the repeater number (1 to 8).<br />
In case of a remote session, some commands are unavailable for safety reasons.<br />
DISCONNECT<br />
This command closes a monitor interface session on a remote <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>.
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4.5 Performance management (PM)<br />
This sub-menu groups all the commands for performance monitoring. When entering this sub-menu, the<br />
following is displayed:<br />
Performance management activated<br />
Enter to return to MAIN, or for HELP information<br />
The performance commands are the following:<br />
G826<br />
This command displays the ITU-T G.826 error performance of the <strong>SHDSL</strong> line side:<br />
RR_03_PM> G826<br />
----------------------------------------------------------------------<br />
G.826 Error Performance : CRC6 N FEBE N CRC6 C FEBE C<br />
----------------------------------------------------------------------<br />
Errored blocks : 00071590 00005305 00000000 00000000<br />
Errored seconds : 00001256 00001257 00000991 00000991<br />
Severely errored seconds : 00001221 00001213 00000991 00000991<br />
Background block errors : 00000314 00000886 00000000 00000000<br />
Available time : 00019579 00019579 00016412 00016412<br />
Unavailable time : 00003880 00003880 00007047 00007047<br />
----------------------------------------------------------------------<br />
RR_03_PM><br />
Definitions:<br />
CRC6<br />
FEBE<br />
EB<br />
ES<br />
Cyclic redundancy check indicating errored blocks detected locally.<br />
Far end block error indicating errored blocks detected on the remote unit.<br />
Errored block indicating a block in which one or more bits are in error.<br />
Errored seconds indicating a one second period with one or more errored blocks.<br />
SES Severely errored second indicating a one second period which contains ≥ 30%<br />
errored blocks.<br />
BBE<br />
Background block error indicating an errored block not occurring as part of an<br />
SES.<br />
RESETG826<br />
This command resets the G.826 error performance parameters to zero.<br />
RR_03_PM> RESETG826<br />
G.826 error performance parameter reset<br />
RR_03_PM>
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4.6 Fault and maintenance management (FMM)<br />
This sub-menu groups all the commands for fault and maintenance monitoring. When entering this submenu,<br />
the following is displayed:<br />
Fault and maintenance management activated<br />
Enter to return to MAIN, or for HELP information<br />
The fault and maintenance commands are the following:<br />
STATUS<br />
This command displays the actual status of the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>.<br />
RR_03_FMM> STATUS<br />
----------------------------------------------------------------------<br />
Local System Status N/C Side<br />
----------------------------------------------------------------------<br />
LOSD : 1 1<br />
SEGA : 1 1<br />
PS : 1 1<br />
SEGD : 1 1<br />
Tx power : 07.5 07.5 dBm<br />
Rx gain : 13.9 13.9 dB<br />
Loop attn.: 00.0 00.0 dB<br />
Bitrate : 2064 2064 kBit/s<br />
----------------------------------------------------------------------<br />
RR_03_FMM><br />
Definitions:<br />
LOSD<br />
(Loss of Signal)<br />
SEGA<br />
(Segment Anomaly)<br />
PS<br />
(Power Status)<br />
SEGD<br />
(Segment Defect)<br />
Tx power<br />
Rx gain<br />
Loop attn.<br />
Bitrate<br />
Indicates the loss of signal from the application interface.<br />
• Loss of Signal = 0<br />
• Normal = 1<br />
Indicates a CRC error on the incoming <strong>SHDSL</strong> frame. A segment anomaly indicates<br />
that a regenerator operating on a segment has received corrupted data<br />
and therefore the regenerated data is unreliable.<br />
• CRC Error = 0<br />
• Normal = 1<br />
Normal = 1<br />
A segment defect indicates that a regenerator operating on a segment has lost<br />
<strong>SHDSL</strong> synchronisation and therefore the regenerated data is unreliable.<br />
• Segment Defect = 0<br />
• Normal = 1<br />
Local transmit power in dBm.<br />
Local receiver gain in dB.<br />
Estimate of the loop attenuation in dB of the actual connection.<br />
Bitrate of the actual connection.
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ALARM<br />
This command displays the actual alarm status.<br />
RR_03_FMM> ALARM<br />
----------------------------------------------------------------------<br />
Local Alarm Status N/C Side<br />
----------------------------------------------------------------------<br />
LOS/LFA-H : off off<br />
SEGD : off off<br />
BER-H : off off<br />
LOOP2 : off<br />
ALB : off off<br />
TEST : off off<br />
----------------------------------------------------------------------<br />
RR_03_FMM><br />
Definitions:<br />
LOS/LFA-H<br />
SEGD<br />
Loss of signal or frame alignment at <strong>SHDSL</strong> loop.<br />
Segment Defect indication.<br />
BER-H <strong>SHDSL</strong> block-error-rate according G.826 ≥ 30%.<br />
LOOP2<br />
ALB<br />
TEST<br />
N-side <strong>SHDSL</strong> test loop 2 is active.<br />
Analog loop-back is active.<br />
At least one test function is active.<br />
RESET<br />
This command completely restarts the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>.<br />
RR_03_FMM> RESET<br />
system reset
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4.7 Configuration management (CM)<br />
This sub-menu groups all the commands for configuring the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>. When entering<br />
this sub-menu, the following is displayed:<br />
Configuration management activated<br />
Enter to return to MAIN, or for HELP information<br />
The configuration commands are the following:<br />
CONFIG<br />
This command displays the current configuration settings of the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>.<br />
RR_00_CM> CONFIG<br />
----------------------------------------------------------------------<br />
Local Configuration N-Side C-Side<br />
----------------------------------------------------------------------<br />
xDSL<br />
Master/Slave : Slave Master<br />
Mode : Dual Pair Dual Pair<br />
Annex : B B<br />
Autorestart : on on<br />
PLL : on on<br />
Base Rate : 20 24<br />
Rate Adaption : on on<br />
----------------------------------------------------------------------<br />
RR_00_CM><br />
After each configuration change, the new configuration is automatically displayed.<br />
MODE<br />
This command sets respectively the N-side and C-side to single or dual pair mode.<br />
• Syntax: MODE [S|D,S|D]<br />
• Example: ANNEX D,D<br />
PLL<br />
This command sets the PLL of channel A of respectively the N-side and C-side to on or off.<br />
• Syntax: PLL [ON|OFF,ON|OFF]<br />
• Example: PLL OFF,OFF<br />
ANNEX<br />
This command sets respectively the N-side and C-side to a certain <strong>SHDSL</strong> Annex.<br />
• Syntax: ANNEX [A|B|AUTO,A|B]<br />
• Example: ANNEX AUTO,A<br />
AUTORESTART<br />
This command allows you to toggle between auto-restart on or off for the N-side and C-side respectively.<br />
• Syntax: AUTORESTART [ON|OFF,ON|OFF]<br />
• Example: AUTORESTART ON,OFF
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BASERATE<br />
This command sets respectively the N-side and C-side to a fixed line rate. It sets the amount of available<br />
64 kbps channels. Enter a value between 16 and 32 (i.e. a range from 1024 kbps up to 2048 kbps).<br />
In order to optimise the bandwidth of your connection, set the base rate to the highest possible value<br />
which gives a stable connection.<br />
• Syntax: BASERATE [N,N]<br />
• Example: BASERATE 20,20<br />
ADAPTIVE<br />
This command sets respectively the N-side and C-side to adaptive line rate mode. In this case, the <strong>Crocus</strong><br />
<strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> tries to achieve the highest possible line rate which gives a stable connection.<br />
• Syntax: ADAPTIVE [ON|OFF,ON|OFF]<br />
• Example: ADAPTIVE ON,ON<br />
ID<br />
This command sets the unique identification string which is displayed in the main menu.<br />
• Syntax: ID [TEXT]<br />
• Example: ID MyShdsl<strong>Repeater</strong>
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Technical specifications<br />
5 Technical specifications<br />
This chapter gives the technical specifications of the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>. The following gives<br />
an overview of this chapter:<br />
• 5.1 - Line specifications on page 48<br />
• 5.2 - Line connector lay-out on page 48<br />
• 5.3 - Monitor interface specifications on page 49<br />
• 5.4 - Monitor connector lay-out on page 49<br />
• 5.5 - Outdoor <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> IP67 signal connector lay-out on page 50<br />
• 5.6 - Jumper settings on page 51<br />
• 5.7 - Power requirements on page 54<br />
• 5.8 - Power connector lay-out on page 54<br />
• 5.9 - Dimensions on page 55<br />
• 5.10 - Safety compliance on page 55<br />
• 5.11 - Over-voltage and over-current protection compliance on page 55<br />
• 5.12 - EMC compliance on page 55<br />
• 5.13 - Environmental compliance on page 56
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5.1 Line specifications<br />
• Applicable standards: ITU-T G.991.2<br />
• Line pairs: 2 in each direction<br />
• Connector:<br />
- Indoor version: RJ45 on back panel<br />
- Outdoor version: line pins on the IP67 signal connector<br />
• Impedance: 135 ohm<br />
• Transmit power: 13.5 dBm @ 135 ohm<br />
• Wetting current: 2 - 4 mA @ 60 V<br />
• Coding: TC PAM, compliant to ITU-T G.991.2 (G.<strong>SHDSL</strong>)<br />
• Line speeds: 1024 up to 2048 kbps<br />
• Performance monitoring: G.826 compliant<br />
• Over-voltage protection: ITU-T K.20 / K.21<br />
5.2 Line connector lay-out<br />
The line connector lay-out is as follows:<br />
Connector Pin Signal Figure<br />
FE 1 -<br />
2 -<br />
3 channel B, tip<br />
4 channel A, tip<br />
5 channel A, ring<br />
6 channel B, ring<br />
7 -<br />
8 -<br />
NE 1 -<br />
2 -<br />
3 channel B, tip<br />
4 channel A, tip<br />
5 channel A, ring<br />
6 channel B, ring<br />
7 -<br />
8 -
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5.3 Monitor interface specifications<br />
• Applicable standards: EIA-232 / V.28<br />
• Connector:<br />
- Indoor version: female DB9 on back panel<br />
- Outdoor version: monitor pins on the IP67 signal connector<br />
• Data rate: 9600 baud, asynchronous<br />
• Protocol: 8 bit, no parity, 1 stop bit, no line feed with carriage return, XON/XOFF enabled<br />
• Signal level: V.28<br />
5.4 Monitor connector lay-out<br />
The monitor connector lay-out is as follows:<br />
Pin Signal Description DCE Figure<br />
1 SGND EIA-232 Signal<br />
Ground<br />
2 RxD EIA-232 Receive<br />
Data<br />
3 TxD EIA-232 Transmit<br />
Data<br />
Signal Ground<br />
output<br />
input<br />
4 - not used -<br />
5 SGND EIA-232 Signal<br />
Ground<br />
Signal Ground<br />
6 - not used -<br />
7 - not used -<br />
8 - not used -<br />
9 - not used -
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Technical specifications<br />
5.5 Outdoor <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> IP67 signal connector<br />
lay-out<br />
The following figure shows a front and top view of the IP67 signal connector of the outdoor <strong>Crocus</strong><br />
<strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>:<br />
The following table gives the pin lay-out of the IP67 signal connector:<br />
Signal group Pin Signal<br />
line NE E7 channel A, tip<br />
E8<br />
E3<br />
E4<br />
channel A, ring<br />
channel B, tip<br />
channel B, ring<br />
line FE D7 channel A, tip<br />
D8<br />
D3<br />
D4<br />
channel A, ring<br />
channel B, tip<br />
channel B, ring<br />
monitor D5 RxD<br />
functional protective<br />
earth<br />
D1<br />
D6<br />
E5<br />
E6<br />
TxD<br />
SGND<br />
FPE<br />
FPE
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Technical specifications<br />
5.6 Jumper settings<br />
This section shows the mandatory jumper settings for the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>.<br />
The following picture shows the top and bottom <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> PCBs as they are assembled:
52 <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> Chapter 5<br />
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Technical specifications<br />
The following figure shows the jumper location on the bottom PCB:<br />
The following table shows the jumper settings of the bottom PCB:<br />
Jumper<br />
name<br />
J2<br />
J3<br />
Jumper description<br />
wetting current channel A (to N-side)<br />
• closed = on<br />
• open = off<br />
wetting current channel B (to C-side)<br />
• closed = on<br />
• open = off<br />
Mandatory setting<br />
open<br />
open<br />
J6 DSP signals interconnect with top PCB J6<br />
X1<br />
X3<br />
4-wire remote power feed-through<br />
• interconnect to top PCB X8 = feedthrough<br />
• open = no feed-through (terminated)<br />
interconnect remote power with local<br />
power<br />
open<br />
interconnect with top PCB X12<br />
X6 serial interface interconnect with top PCB X6<br />
X8<br />
2-wire remote power feed-through, not<br />
used<br />
open<br />
X9 power interconnect with top PCB X9<br />
X10 jumper holder, no signals present closed<br />
X11 interconnect holder, no signals present interconnect with top PCB X10<br />
X12<br />
interconnect remote power with local<br />
power<br />
interconnect with top PCB X3
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Technical specifications<br />
The following figure shows the jumper location on the top PCB:<br />
The following table shows the jumper settings of the top PCB:<br />
Jumper<br />
name<br />
J2<br />
J3<br />
Jumper description<br />
wetting current channel A (to N-side)<br />
• closed = on<br />
• open = off<br />
wetting current channel B (to C-side)<br />
• closed = on<br />
• open = off<br />
Mandatory setting<br />
open<br />
open<br />
J6 DSP signals interconnect with bottom PCB J6<br />
X1<br />
X3<br />
2-wire remote power feed-through, not<br />
used<br />
interconnect remote power with local<br />
power<br />
open<br />
interconnect with bottom PCB X12<br />
X6 serial interface interconnect with bottom PCB X6<br />
X8<br />
4-wire remote power feed-through<br />
• interconnect with bottom PCB X1 =<br />
feed-through<br />
• open = no feed-through (terminated)<br />
open<br />
X9 power interconnect with bottom PCB X9<br />
X10 interconnect holder, no signals present interconnect with bottom PCB X11<br />
X11 jumper holder, no signals present closed<br />
X12<br />
interconnect remote power with local<br />
power<br />
interconnect with bottom PCB X3
54 <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> Chapter 5<br />
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Technical specifications<br />
5.7 Power requirements<br />
• Applicable standards: ETSI ETS 300 132-2<br />
• Connector:<br />
- Indoor version: 4-pins Molex mini-fit connector on back panel<br />
- Outdoor version: IP67 power connector<br />
• Local power: -72 V … -36 Vdc<br />
• Remote power: -100 Vdc … -38 Vdc over the <strong>SHDSL</strong> line<br />
• Power consumption: 7 W typical<br />
5.8 Power connector lay-out<br />
The indoor power connector lay-out is as follows:<br />
Pin Signal Description Figure<br />
1 PWR - negative terminal of power supply<br />
2 FPE Functional Protective Earth<br />
3 - not used<br />
4 PWR + positive terminal of power supply<br />
4<br />
2<br />
3<br />
1<br />
The outdoor IP67 power connector lay-out is as follows:<br />
Pin Signal Description Figure<br />
1 PWR - negative terminal of power supply<br />
2 PWR + positive terminal of power supply<br />
3 - not used<br />
4 FPE Functional Protective Earth
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5.9 Dimensions<br />
Dimensions of the indoor <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>:<br />
• Width: 100 mm<br />
• Height: 45 mm<br />
• Depth: 197 mm<br />
• Weight: 0.8 kg<br />
Dimensions of the outdoor <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>:<br />
• Width: 360 mm<br />
• Depth: 240 mm<br />
• Height: 128 mm<br />
• Weight: 5 kg<br />
5.10 Safety compliance<br />
• EN60950<br />
• Class 3 equipment (Table Top with -48 Vdc internal power supply)<br />
5.11 Over-voltage and over-current protection compliance<br />
The over-voltage and over-current protection complies with ITU-T K.44 and ETSI ETS 300 386-2 recommendations.<br />
5.12 EMC compliance<br />
• EN55022 B Emissions<br />
• EN55024 Immunity<br />
• EN61000-3-2 Harmonics<br />
• EN61000-3-3 Voltage fluctuations and flicker<br />
• EN61000-4-2 ESD<br />
• EN61000-4-3 Radiated immunity<br />
• EN61000-4-4 EFT/burst<br />
• EN61000-4-5 Surge<br />
• EN61000-4-6 Conducted immunity<br />
• EN61000-4-8 Power magnetic field immunity<br />
• EN61000-4-11 Voltage dips & drops<br />
• ENV50204 Radiated immunity against digital radio telephone
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5.13 Environmental compliance<br />
• Storage conditions: ETSI ETS 300 019-1-1 Class 1.1. In addition, the storage temperature has to be<br />
between -25 to +70°C<br />
• Transport conditions : ETSI ETS 300 019-1-2 Class 2.3<br />
• Stationary use conditions: ETSI ETS 300 019-1-3 Class 3.2. In addition, the requirements below<br />
apply:<br />
- relative humidity 5 to 95% non-condensing and ambient operational temperature -5 to 45°C<br />
or<br />
- relative humidity 0 to 95% non-condensing and ambient operational temperature -10 to 50°C<br />
• Maximum altitude: 3000m<br />
• International protection (IP) class of protection against solid and liquids:<br />
- IP40 (indoor housing)<br />
- IP67 (outdoor housing)
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Annex
58 <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong><br />
Annex
<strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> Annex A: 59<br />
Annex<br />
product information<br />
Annex A: product information<br />
The following table displays the product information of the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong>:<br />
Sales code Product name Description<br />
180913 CROCUS <strong>SHDSL</strong> REPEATER TT PL-<br />
HOUSING<br />
180914 CROCUS <strong>SHDSL</strong> REPEATER TT IP67-<br />
HOUSING<br />
184587 CROCUS <strong>SHDSL</strong> REPEATER TT IP67-<br />
HOUSING+EXT CBL CONNECT<br />
190433 CROCUS <strong>SHDSL</strong> <strong>2P</strong> REPEATER TT<br />
INDOOR<br />
190434 CROCUS <strong>SHDSL</strong> <strong>2P</strong> REPEATER TT IP67-<br />
HOUSING<br />
<strong>Crocus</strong> <strong>SHDSL</strong> repeater for 1 line pair in plastic housing<br />
for indoor use.<br />
<strong>Crocus</strong> <strong>SHDSL</strong> repeater for 1 line pair in IP67 housing for<br />
outdoor use.<br />
<strong>Crocus</strong> <strong>SHDSL</strong> single pair repeater, locally (-48Vdc) or<br />
remotely powered, IP67 compliant housing for outdoor<br />
use + external IP65 connector-kit to accept larger wire<br />
diameters.<br />
<strong>Crocus</strong> <strong>SHDSL</strong> 2 pair repeater, locally (-48Vdc) or<br />
remotely powered, normal housing for indoor use.<br />
<strong>Crocus</strong> <strong>SHDSL</strong> 2 pair repeater, locally (-48Vdc) or<br />
remotely powered, IP67 compliant housing for outdoor<br />
use.
60 <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong> Annex A:<br />
Annex<br />
product information
<strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong><br />
Annex<br />
Index<br />
61<br />
Index<br />
A<br />
activating test loops<br />
with TMA 35<br />
B<br />
basic operation 29<br />
C<br />
command<br />
ADAPTIVE 46<br />
ALARM 44<br />
ANNEX 45<br />
AUTORESTART 45<br />
BASERATE 46<br />
CONFIG 45<br />
CONNECT 41<br />
DISCONNECT 41<br />
G826 42<br />
HELP 41<br />
ID 46<br />
MAIN 41<br />
MODE 45<br />
PLL 45<br />
RESET 44<br />
RESETG826 42<br />
STATUS 43<br />
connecting<br />
indoor <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> 13<br />
outdoor <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> 15<br />
connecting the NE side and FE side 30<br />
connection precautions 12<br />
conventions in this manual<br />
graphical v<br />
typographical v<br />
copyright notice ii<br />
<strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong><br />
introduction 3<br />
product overview 5<br />
typical applications 6<br />
what is 4<br />
C-side, what is 7<br />
customer side, what is 7<br />
D<br />
dimensions of the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> 55<br />
document<br />
conventions<br />
graphical v<br />
typographical v<br />
copyright notice ii<br />
environmental information iv<br />
intended audience vi<br />
properties ii<br />
your feedback vi<br />
E<br />
EMC compliance 55<br />
environmental compliance 56<br />
environmental information iv<br />
F<br />
FE side<br />
connecting 30<br />
line rate 31<br />
what is 7<br />
feedback vi<br />
front panel of the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> 27<br />
I<br />
indoor <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong>, connecting 13<br />
installing and connecting the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong><br />
9<br />
introducing the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> 3<br />
IP67 power connector, layout 54<br />
IP67 signal connector, lay-out 50<br />
J<br />
jumper settings 51<br />
L<br />
LED indicators 26<br />
FE LED 28<br />
NE LED 27<br />
line<br />
connector lay-out 48<br />
specifications 48<br />
supported line rates 31<br />
M<br />
maintaining the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> 8<br />
monitor interface 37<br />
common commands 41<br />
configuration management (CM) menu 45<br />
connector lay-out 49<br />
fault and maintenance management (FMM)<br />
menu 43<br />
main menu 40<br />
performance management (PM) menu 42<br />
specifications 49<br />
starting a session 38<br />
structure 39<br />
monitoring the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> with<br />
TMA 33
62 <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> <strong>2P</strong><br />
Annex<br />
Index<br />
mounting the outdoor <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong><br />
15<br />
N<br />
NE side<br />
connecting 30<br />
line rate 31<br />
what is 7<br />
network side, what is 7<br />
N-side, what is 7<br />
O<br />
outdoor <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong><br />
<strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> motherboard, replacing<br />
24<br />
IP67 power connector, connecting 21<br />
IP67 signal connector, connecting 19<br />
LP/DP switch, changing the setting 23<br />
mounting 17<br />
mounting and connecting 15<br />
parts of 16<br />
security seal, adding 18<br />
over-voltage and over-current protection compliance<br />
55<br />
P<br />
performance monitoring 32<br />
power connector lay-out 54<br />
power requirements 54<br />
product information 59<br />
product overview of the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong><br />
5<br />
line 48<br />
line connector lay-out 48<br />
monitor connector lay-out 49<br />
monitor interface 49<br />
over-voltage and over-current protection compliance<br />
55<br />
power connector lay-out 54<br />
power requirements 54<br />
safety compliance 55<br />
starting a monitor interface session 38<br />
starting a TMA session 34<br />
structure of the monitor interface 39<br />
T<br />
technical specifications 47<br />
test loops<br />
activating with TMA 35<br />
TMA<br />
activating a test loop with 35<br />
monitoring the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong> with<br />
33<br />
starting a session 34<br />
typical applications of the <strong>Crocus</strong> <strong>SHDSL</strong> <strong>Repeater</strong><br />
6<br />
U<br />
unpacking 11<br />
R<br />
remarks on<br />
network loop-back test 35<br />
supported line rates 31<br />
S<br />
safety<br />
compliance 55<br />
instructions 10<br />
requirements ii<br />
sales codes 59<br />
security seal, adding to the outdoor <strong>Crocus</strong> SHD-<br />
SL <strong>Repeater</strong> 18<br />
selecting a site 12<br />
specifications<br />
dimensions 55<br />
EMC compliance 55<br />
environmental compliance 56<br />
IP67 signal connector lay-out 50<br />
jumper settings 51