H.CON / MA Remotely Managed 10/100TX-FX CPE/NTU

Transcription

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H.CON / MA
Remotely Managed
10/100TX-FX CPE/NTU
User and Installation Guide
Version: 3.6
FibroLAN Ltd.
2 Carmel St. P.O. Box 544,
Tel: 972-4-9591717
E-mail: [email protected]
Yokneam-Illit, 20692 ISRAEL
Fax: 972-4-9591718
website: www.fibrolan.com
H.CON/MA 10/100TX-FX NTU
FEDERAL COMMUNICATIONS COMMISSION
AND
CANADIAN DEPARTMENT OF COMMUNICATIONS
RADIO FREQUENCY INTERFERENCE STATEMENTS
This equipment generates, uses, and can radiate radio frequency energy and if
not installed and used properly, that is, in strict accordance with the
manufacturer’s instructions, may cause interference to radio communication. It
has been tested and found to comply with the limits for a Class A computing
device in accordance with the specifications in Subpart B of Part 15 of FCC rules,
which are designed to provide reasonable protection against such interference
when the equipment is operated in a commercial environment. Operation of this
equipment in a residential area is likely to cause interference, in which case the
user at his own expense will be required to take whatever measures may be
necessary to correct the interference.
Changes or modifications not expressly approved by the party responsible for
compliance could void the user’s authority to operate the equipment.
This digital apparatus does not exceed the Class A limits for radio noise emission
from digital apparatus set out in the Radio Interference Regulation of the
Canadian Department of Communications.
Le présent appareil numérique n’émet pas de bruits radioélectriques dépassant les limites
applicables aux appareils numériques de la classe A prescrites dans le Règlement sur le brouillage
radioélectrique publié par le ministère des Communications du Canada.
CE Mark
The CE mark symbolizes compliance with the European Community
required technical standards.
The product herewith complies with the requirements of the EMC Directive
89/336/EEC, the Low Voltage Directive 73/23/EEC and the R&TTE
Directive 99/5/EC.
The product was tested in a typical configuration.
Levy Malkiely
Quality Manager
U
2
Normas Oficiales Mexicanas (NOM)
Electrical Safety Statement
INSTRUCCIONES DE SEGURIDAD
1. Todas las instrucciones de seguridad y operación deberán ser leídas antes de que el aparato eléctrico sea
operado.
2. Las instrucciones de seguridad y operación deberán ser guardadas para referencia futura.
3. Todas las advertencias en el aparato eléctrico y en sus instrucciones de operación deben ser respetadas.
4. Todas las instrucciones de operación y uso deben ser seguidas.
5. El aparato eléctrico no deberá ser usado cerca del agua—por ejemplo, cerca de la tina de baño, lavabo,
sótano mojado o cerca de una alberca, etc.
6. El aparato eléctrico debe ser usado únicamente con carritos o pedestales que sean recomendados por el
fabricante.
7. El aparato eléctrico debe ser montado a la pared o al techo sólo como sea recomendado por el fabricante.
8. Servicio—El usuario no debe intentar dar servicio al equipo eléctrico más allá alo descrito en las instrucciones
de operación. Todo otro servicio deberá ser referido a personal de servicio calificado.
9. El aparato eléctrico debe ser situado de tal manera que su posición no interfiera su uso. La colocación del
aparato eléctrico sobre una cama, sofá, alfombra o superficie similar puede bloquea la ventilación, no se debe
colocar en libreros o gabinetes que impidan el flujo de aire por los orificios de ventilación.
10. El equipo eléctrico deber ser situado fuera del alcance de fuentes de calor como radiadores, registros de calor,
estufas u otros aparatos (incluyendo amplificadores) que producen calor.
11. El aparato eléctrico deberá ser connectado a una fuente de poder sólo del tipo descrito en el instructivo de
operación, o como se indique en el aparato.
12. Precaución debe ser tomada de tal manera que la tierra fisica y la polarización del equipo no sea eliminada.
13. Los cables de la fuente de poder deben ser guiados de tal manera que no sean pisados ni pellizcados por
objetos colocados sobre o contra ellos, poniendo particular atención a los contactos y receptáculos donde
salen del aparato.
14. El equipo eléctrico debe ser limpiado únicamente de acuerdo a las recomendaciones del fabricante.
15. En caso de existir, una antena externa deberá ser localizada lejos de las lineas de energia.
16. El cable de corriente deberá ser desconectado del cuando el equipo no sea usado por un largo periodo de
tiempo.
17. Cuidado debe ser tomado de tal manera que objectos liquidos no sean derramados sobre la cubierta u orificios
de ventilación.
18. Servicio por personal calificado deberá ser provisto cuando:
A: El cable de poder o el contacto ha sido dañado; o
B: Objectos han caído o líquido ha sido derramado dentro del aparato; o
C: El aparato ha sido expuesto a la lluvia; o
D: El aparato parece no operar normalmente o muestra un cambio en su desempeño; o
E: El aparato ha sido tirado o su cubierta ha sido dañada.
3
List of contents
Overview
Planning your network with H.CON/MA
Content of the shipping container
Product general description
Key features
Front Panel
Far End Fiber Fault (FEF)
Installation procedures
Power connection
Fiber Optic connection
FO port specifications
TP cable connections
MA™ Concept and functions
Fault Propagation
FEF and FP in action
Subscriber Link Emulation (SLE)
Troubleshooting
Specifications
Warranty Limitation
page 5
page 5
page 7
page 7
page 8
page 10
page 11
page 12
page 13
page 14
page 15
page 15
page 16
page 18
page 19
page 20
page 21
page 22
page 23
Thank you for purchasing the H.CON/MA CPE/NTU from FibroLAN. We
hope that this guide will help you to obtain the best results from the
device and to minimize installation time.
If you still need help installing or troubleshooting the H.CON/MA converter
after reading the detailed information in this guide, please visit our web site,
contact your reseller, or call FibroLAN directly.
(Support @fibrolan.com)
Note: unless where indicated otherwise, in this guide H.CON/MA applies also to
H.CON/MA/SMR7, H.CON/MA/SMR, H.CON/MA/SM, H.CON/MA/SM-TL,
H.CON/MA/SM-TL-48, H.CON/MA/SM/L, H.CON/MA/SM/L2, H.CON/MA/SM/L3,
H.CON/MA/SM/LX, H.CON/MA/SMRF13, H.CON/MA/SMR15, H.CON/MA/SMRF13-TL
H.CON/MA/SMLF13-TL, H.CON/MA/SMXF13-TL, H.CON/MA/ETRX/SMLF13/PS48
and four CWDM H.CON/MA devices.
TRADEMARKS
Any trademarks mentioned in this manual are acknowledged to be the property of the
trademark owners.
4
1 – Overview
U
The H.CON/MA is a 10/100Base-TX-FX Media Converter designed and built to be used
as a Subscriber (CPE) Access Device in FTTx (x = Home, Business, etc) environments.
SFS (Single – Fiber –Strand) versions of the H.CON/MA versions make it a superb
solution for FTTH deployment.
This device is the FibroLAN’s best selling fiber NTU, designed to provide Layer 2 FE
services for Business and Residential customers.
The MA™ (Micro Agent) is an on chip management system enabling the management of
remote access devices eliminating the need of a SNMP agent and IP address.
When the H.CON/MA is connected through its F/O link to a remote Master Unit
(Access Concentrator normally located on the Access Node or Network Center), which is
MA™ enabled and SNMP managed (FibroLAN Metrostar™ and S.CON1M/MA), a
comprehensive set of monitoring and control functions can be implemented from any
management station (normally located in the Master Unit) into the attached remote units
(H.CON/MA) or any FibroLAN device supporting the MA™ technology.
The device supports extended MTU (64 ÷ 1916 bytes).
Four H.CON/MA devices support CWDM wavelengths (1470, 1510, 1530, 1550nm).
The H.CON/MA supports the Offline Configuration Facility (OFC) and Remote Firmware
Upgrade (RFU).
2 – Planning your network with H.CON/MA CPE/NTU
U
This section will guide you through network planning in order to obtain maximum benefit
- in terms of performance and functionality from the H.CON/MA and other network
devices. Typical network architectures are:
A. Access Applications
5
B. Fiber to the Home configuration (FTTH)
The installation of fiber throughout the network, from the provider to the subscriber
premises, is the only future proof infrastructure design.
The fiber can reach a variety of customer premises, such businesses, schools,
hospitals, and other institutions.
The MMM-01 Management module installed in the MetroStar System will monitor,
control and manage the modules installed in the MetroStar chassis and the remote
H.CON/MA devices. It will report alerts and traps to the SNMP Manager station located
at the Central Node.
MetroStar™ equipped with a management module can be monitored and
managed from any SNMP management station running popular management
platforms (e.g. FibroLAN’s MetroView Device Manager, HP OpenView, SNMPc,
etc)
Note: when the remote device is not MA enabled, the H.CON/MA™ device will
switch automatically to a normal CPE/NTU device mode of operation.
6
3 – Content of the shipping container
The contents of the H.CON/MA shipping container are:
• One converter H.CON/MA unit. (AC or DC powered unit)
• One AC power cord (excluding shipment to certain countries)
• Power cords for DC (-48V) models are NOT supplied (except where indicated)
• Four plastic “ feet “
• User and Installation Guide manual
4 – Product General Description
The H.CON/MA is offered in pre-configured versions as described below:
H.CON/MA
H.CON/MA/T
H.CON/MA/SM7
H.CON/MA/SMR
H.CON/MA/SMR/T
H.CON/MA/SM
H.CON/MA/SM-TL
H.CON/MA/SM-TL-48
H.CON/MA/SM/L
H.CON/MA/SM/L2
H.CON/MA/SM/L3
H.CON/MA/SM/LX
H.CON/MA/SMRF13
H.CON/MA/SMRF15
10/100TX- FX converter/Access device, M/M fiber, 1310nm, duplex SC, 2Km, MA
10/100TX-FX Converter /Access device, ST connectors, MM, 2km, 1310nm, MA
10/100TX- FX converter/Access device, S/M fiber, 1310nm, duplex SC, 7Km, MA
10/100TX -FX converter/Access device, S/M fiber, 1310nm, duplex SC, 15Km, MA
10/100TX -FX converter/Access device, S/M fiber, 1310nm, ST connectors, 15Km, MA
10/100TX-FX converter/Access device, S/M fiber, 1310nm, duplex SC, 25Km, MA
10/100TX-FX converter/Access device, wall mountable, extended MTU support, S/M fiber,
1310nm, duplex SC, 25Km, MA
MA managed 10/100 TX-FX converter/Access device, wall mountable, extended MTU
support, duplex SC, SM 25km 1310nm, -48VDC PS, including 3m power cable
10/100TX-FX converter/Access device, S/M fiber, 1310nm, duplex SC 40Km, MA
10/100TX-FX converter/Access device, S/M fiber, 1310nm, duplex SC 70Km, MA
10/100TX-FX converter/Access device, S/M fiber, 1550nmDFB, duplex SC, 100Km, MA
10/100TX-FX converter/Access device, S/M fiber, 1550nmDFB, duplex SC,150Km, MA
10/100TX-FX converter/Access device, SFS, simplex SC,1310nm/Tx, 1550nm/Rx, 20Km,
MA
10/100TX-FX converter/Access device, SFS, simplex SC, 1550nm/Tx, 1310nm/Rx, 20Km,
MA.
H.CON/MA/SMXF13
MA managed 10/100 TX-FX converter/Access device, simplex SC
connector, SM Single fiber strand, 1310nmTx/1550nmRx, 80km
H.CON/MA/SMRF13-TL
support, simplex SC connector, S/M, Single fiber strand, 1310nm Tx/1550nmRx, 20Km
support, SC connector, S/M, Single fiber strand, 1310nm Tx/1550nmRx, 40km
support, SC connector, S/M, Single fiber strand, 1310nm Tx/1550nmRx, 80km
10/100TX-FX Converter/Access device, simplex SC, SM, 20km, SFS, 1310nm Tx/1310nm
Rx, MA
MA managed 10/100 TX-FX converter/Access device, SC connector, S/M, Single fiber
strand, 1310nmTx/1550nmRx, 60Km, Extended temperature range -25C to +70C, -48DC
power supply
CWDM MA managed 10/100 TX-FX converter/Access device, SC connectors, SM 40km
1470nm
1510nm
1530nm
1550nm
DC (-36÷-72VDC) PS instead of AC PS
H.CON/MA/SMLF13-TL
H.CON/MA/SMXF13-TL
H.CON/MA/SMRF1313
H.CON/MA/ETRX/SMLF1
3/PS48
H.CON/MA/SM/L-C47
H.CON/MA/SM/L-C51
H.CON/MA/SM/L-C53
H.CON/MA/SM/L-C55
PS48
ETR
ETRX
CTF-RM
SCH-WM
Extended Temperature Range (-10ºC ÷ +70ºC) option
Extended Temperature Range (-25ºC ÷ +70ºC) option
19” Rack shelf for installation of up to 3 H.CON/MA units
Wall mount kit
7
Summary of Key Features
•
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10Base-T, 100Base-TX and 100Base-FX modes of operation
Supports FEF feature (Far-End-Fault)
Indicators for Link, Activity Tx, Rx), Power On and MA activity
Hardware based 10/100, Full/Half, Flow control and Auto-Negotiation
Wire speed reception and transmission
Supports 1K Mac addresses
Possible connectivity in a CWDM environment
Automatic address learning and address aging (aging period is 300s)
Frame length range: 64 ÷ 1916 bytes
MA™ managed set of monitoring and control functions
FDX Flow Control (IEEE 802.3x) and HDX back pressure Flow Control
SLE (FibroLAN’s Subscriber Link Emulation) mechanism
Bandwidth Provisioning (256K to 100M, upstream mode)
Supports Fault Propagation mechanism (FO> TP)
Desktop, shelf or wall mount installation
ETR: Extended Temperature Range (-10°÷+70°C) option for all H.CON/MA
ETRX: Extended Temperature Range (-25°÷+70°C) option for all H.CON/MA
Optional -48Vdc Power Supply for all H.CON/MA models (PS48)
Loop-Back test and Extended Loop-Back (through remote management)
The device supports RFU (remote Firmware upgrade) from FW 3.2 and up
and Offline Configuration Facility (OFC)
• Managed by the FibroLAN MetroView Element Manager System
• "Remote Power Failure" signal (Last or Dying gasp)
General Description
All H.CON/MA models have identical functionality and performance. Therefore, any
description and features of one model refers to all other types.
The RJ-45 port operates in Auto-Negotiation mode: although primarily designated for
100Base-TX transmission, it also supports 10Base-T transmission. It may operate in
both FDX and HDX modes, depending on the type of device to which it is connected.
The TP port is a shielded RJ-45 port, Auto-Cross, auto polarity, cat.5, and 100m.
The F/O port supports 100Base-FX transmission, set to FDX (Full Duplex) mode.
The conversion process creates a BMD (Buffered Media Domain) allowing
unprecedented functionality and performance. The F/O port will always operate in FDX
even when the TP port operates at HDX.
H.CONMA devices support CWDM wavelengths and may work in a CWDM
environment.
The H.CON/MA does not require setup of any kind (minimizing installation time) and
does not have any external/internal controls.
The device is housed in a compact and rugged metal case, providing strong free –aircooling for extended stable operation and reliability.
The H.CON/MA unit is suitable for desktop, shelf (with the optimal CTF- RM) or wallmount installation (SCH-WM kit).
The H.CON/MA is equipped with a single internal power supply (100 - 240V universal
input), or an optional -48 VDC power supply (PS48) highly overrated to increase the
system’s MTBF. A front panel LED indicates the power status.
8
In case of power failure, the device sends an alert signal to the attached MetroStar
module (MCM100-0X, MCM110-0X): "Remote Power Failure" signal.
The remote module will show in its Module status the indication "Fail" under Remote
device Power status.
The LEDs Link/Act for the TP and F/O ports monitors the link and data activity (RX, TX)
of the H.CON/MA device.
The H.CON/MA supports the Far End Fault (FEF) feature.
Far End Fault occurs when the signal detection is logically false on the receive section
of the (incoming path) fiber port. When the H.CON/MA detects a F/O Link Loss
condition, the unit will automatically send a Far End Fault signal to the remote device
(on its outgoing path). The remote device should support the same FEF feature and it
will indicate a Link Loss as well. (Refer to section 6 for more details).
The H.CON/MA supports the Fault Propagation mechanism (FO > TP).
When activated (controllable via the management system only), the H.CON/MA,
sensing a loss of its F/O Link, will automatically cut the attached device TP port link
(refer to sections 12 and 13 for a detailed description).
The H.CON/MA supports the SLE feature. FibroLAN's Subscriber Link Emulation
virtually emulates the subscriber’s device or network connected to the TP port of the
remote device (converter) onto the TP link of the switch/router (located in the Access
Node or Network Center) normally connected to the Master Unit (MetroStar™System,
S.CON1M/MA).
When activated (controllable via the management system only) it senses the loss of
the TP link connected to the H.CON/MA, notifies the Master Unit and cuts off the TP link
connected to the switch/router, which is alerted in real time of the subscriber failure. All
this is performed without disrupting the F/O link, thus ensuring on-going control of
H.CON/MA (CPE) via MA management (see section 14).
Note: when the remote device is not MA enabled, the H.CON/MA™ device will
switch automatically to a normal CPE/NTU converter mode of operation
The Loop-Back test is performed from the attached remote device (MetroStar module
MCM100, MCM110)
Management
If the device’s FO link partner is a Fibrolan’s MA enabled device (MCM100/110 modules
installed in the MetroStar chassis) then the H.CON/MA device can be fully managed inband, including advanced functionality such as rate limiting, loop-back, Dying Gasp and
more functions (refer to section 11 for a detailed explanation)
If the MetroStar™ is equipped with a management module (MMM-01) then the
H.CON/MA can be managed via an SNMP management station or thru Telnet.
A serial connection at the MMM-01 management module permits also local
management of the H.CON/MA device (RS232 terminal CLI management).
The H.CON/MA is managed by the FibroLAN MetroView Device Manager
The update software for the H.CON/MA device can be downloaded using the TFTP
routine.
The aforementioned features make the H.CON/MA a superb and outstanding
device for HTTx environments.
Default Parameters
Following a “Restore device defaults” command implemented through the remote
MA management, the H.CON/MA unit will be set to the following default
conditions: Auto/Negotiation enable, TP port enabled, Upstream bandwidth 100M,
Pause (Flow Control) mode ON, and Fault Propagation (FO>>TP) disabled.
9
5 – Front Panel Parts Identification
1
3
2
4
5
1- 10/100Base-TX RJ45 connector: the port is configured by default to operate at
Auto-Negotiation mode. The TP port supports Auto-Cross feature
2- LED indicators:
Link / Act: the upper LED is for the TP port: LED (green) constant lit implies
TP link present; when blinking implies data activity (transmit or receive mode)
The middle LED is for the FO port with the following characteristics:
a. Steady lit (green) F/O Link OK
b. Blinking: Data frames and /or MA status &control frames
3. MA Active LED: steady lit (amber): the H.CON/MA is connected to a compliant
MA device.
4. Duplex SC fiber optic connector: (left /Tx & right / Rx)
The port is configured by default to operate at 100Mb Full Duplex
Single SC fiber optic connector: for Single- Fiber - Strand H.CON/MA devices
(H.CON/MA/SMRF13, H.CON/MA/SMRF15 and H.CON/MA/SMRF13-TL,
H.CON/MA/SMLF13-TL and H.CON/MA/ETRX/SMLF13/PS48)
5. Power On/Off LED (green) indicator.
10
6 – 100Base-FX Far End Fault (FEF feature)
Usually a “LINK” indication is related to the incoming fiber only: F/O Link ON shows that
the path created by the remote transmitter, local receiver and the fiber connecting them
is operational. However if there is a fault in the other – outgoing - path (created by the
local transmitter, remote receiver and the fiber connecting them) – the indication for
such fault can be seen on the remote device only. (MCM100 or MCM110 modules
installed in the MetroStar System in the below drawing example).
The FEF implemented in the H.CON/MA and in the MetroStar modules close this gap: if
there is a fault in the incoming receive path of the H.CON/MA, then the F/O Link/Act LED
will go OFF on both the local and remote devices. In this way we avoid the possibility of
having a FX Link ON indication at one end, while, in reality one of the F/O data path is
disrupted. Same event will take place if the MCM100/110 module will sense a Link loss
on its receive path. A FEF signal is sent to implement this operation.
The following drawing depicts the FEF functionality.
If any of the H.CON/MA Receive path elements (MetroStar attached remote module
Tx, or the Receive Fiber line, or the H.CON/MA Rx) becomes faulty, the H.CONMA
device will transmit a FEF signal to the remote attached module which will also indicate
a FX Link down condition.
11
7 – Installation
H.CON/MA all models (including –48 VDC models):
The device is intended for use with indoors power lines only
For Desktop use: Affix the supplied plastic “feet” (after peeling off the adhesive
protecting sheet) to the bottom of the devices, with each “foot” approximately 1 cm from
each edge. Place the device horizontally on a hard, clean surface (desk, shelf, etc.),
leaving free space around it for natural ventilation. Avoid placing the device on other
active, heat generating equipment and avoid placing such devices on the H.CON/MA.
For wall mount installation
Attach the single channel wall mount kit (SCH – WM part # B161) with two (supplied)
screws to the base of the H.CON/MA unit (select any 2 adjacent nuts: 1+2 or 3+4 or1+3
or 2+4) to achieve the desired mode of mounting. The screws to be fixed on the wall
should not protrude more than 8mm. Append the H.CON/MA unit on the wall.
For Shelf installation:
Use the 19” Rack shelf (CTF-RM P/N B012) for installation of up to 3 H.CON/MA units.
During the installation of several 19” Rack shelves, it is recommended to leave at least
1cm ventilation space between two adjacent racks.
12
8 – Power Connection
CAUTION: When connecting a device to an AC(DC) power outlet, always
first connect the cord to the device, and ensure that it is securely
fastened. Only afterward connect the cord to the wall outlet. Make sure
to use grounded (3 way) outlets (in case of AC models).
For each country FibroLAN (or FibroLAN’s distributor) provides with
the product an appropriate power supply cord which is safety approved
in accordance with related country’s National Electric Code
H.CON/MA AC connection
Connect to AC line socket at the rear of the converter, using the included power cord.
The H.CON/MA will accept and automatically switch between any line voltage from 100
to 240 VAC, 50-60 Hz. There is no ON/OFF switch on the device. When the power is
connected to the device, the device is ON. The POWER LED on the front panel being
illuminated will indicate this.
H.CON/MA with 48 VDC Power Supply (PS48)
Proceed as above using a suitable DC supply cable. Verify that the DC-Mains
provide a 10Amp DC circuit breaker. Ensure that the polarity of the cable complies
with the polarity of the DC receptacle on the device as depicted above. If you use the
FibroLAN CBPS-48V cable (B151), insert all-way-in the D-type DC connector and
secure the D-Shell to the DC Inlet of the H.CON/MA device using the two captive
screws. Connect the cable 3 leads to the DC Power Outlet, ensuring that the -48V blue
lead is connected to the -48V of the DC Power Outlet, the red/brown OV lead to the
OV of the DC Power Outlet, and the ground lead (yellow/green) to the ground of the
DC Power Outlet. There is no ON/OFF switch on the device. When the power is
connected to the device, the device is ON. The POWER LED being illuminated will
indicate this.
NEVER OPEN THE DEVICE WHEN IT IS CONNECTED TO POWER LINES!
13
9 – Fiber Optic Connection
The H.CON/MA is equipped with 1 pair of SC-type connector or single SC connector for
SFS (Single –Fiber – Strand) models.
Do not remove the protective covers on the fiber connectors until you are ready to
connect the fiber optic cables. Power should be connected before attaching the fiber
optic cables. When dealing with fiber optic cables, it is essential to ensure that the TX at
one end of the link is connected to the RX at the other end of the link.
Some duplex fiber optic cables are color coded to help monitor the direction of data
transmission. If the fibers are not coded, special attention must be paid to ensure a
proper connection.
CAUTION
Radiation emitted from a fiber optic connector may be hazardous
to human vision. Therefore, the following rules must be strictly
observed
All Single-mode (SM) models are CLASS I LASER PRODUCT that
may endanger your eyes and must be handled with special care
When not in use, keep the fiber optic connector closed using its
protective cover
Never stare directly into the fiber optic connector of a powered
device or into the end of a fiber connected to it.
Do not look directly into the fiber optic cables or transmitter
Laser Safety
The emissions produced by the end products described in this guide are under Class 1
emission level according to IEC 60825-1 and the FDA 21 CFR 1040.10 and 1040.1. These
products shall not be installed in an optical network handling above Class 1 level.
14
F/O port specifications
Option
MM
SMR7
SMR
SM
SM/L
SM/L2
SML3
SM/LX
SMRF13
SMRF13TL
SMRF15
SMLF13
SMLF13TL
SMXF13
SMXF13TL
F/O
Port
Duplex
SC,MM
Duplex
SC, SM
Duplex
SC, SM
Duplex
SC, SM
Duplex
SC, SM
Duplex
SC, SM
Duplex
SC, SM
Duplex
SC, SM
Simplex
SC, SM
SFS
Simplex
SC, SM
SFS
Simplex
SC, SM
SFS
Simplex
SC, SM
SFS
Transmit
WL
nm
Minimal
Output
Power
dBm
Maximal
Output
Power
dBm
Receive
WL
nm
Minimal
Receive
Sensitivity
dBm
Maximal
Input
Power
dBm
Suggested
Distance
Km
1310
- 20
- 14
1310
-30
-14
0-2
1310
-20
-8
1310
-30
-3
0-7
1310
-16
-8
1310
-30
-3
0-15
1310
-15
-8
1310
-33
-3
0-25
1310
-11
0
1310
-33
-3
15-40
1310
-3
2
1310
-35
-3
25-70
1550DFB
-5
0
1550
-36
-3
40-100
1550DFB
0
5
1550
-38
-3
70-150
1310
-15
-7
1550
-32
-3
0-20
1550
-15
-7
1310
-32
-3
0-20
1310
-8
-3
1550
-33
-3
0-40
1310
0
5
1550
-37
-3
30-80
MM=Multi-Mode; SM=Single-Mode; SFS=Single Fiber Strand
10 – Twisted Pair Cabling connection
The H.CON/MA provides one shielded RJ-45 connector to interface to the twisted pair
link. The port is by default in Auto –negotiation mode.
Forced mode is possible (10/100, FDX/HDX via management when A/N is disabled).
Use a shielded Cable Type 5 or higher grade, up to 100m (330ft) long.
STP cable carries a higher quality of signal and is less sensitive to environmental noise.
The TP port supports Auto-Cross: you can simply connect any device to any port by
using a standard straight or crossed cable. This feature detects and configures
automatically the TP port to the correct MDI or MDI-X configuration.
15
11 – MA™ Concept and Functions
The MA™ (Micro Agent) is an on-chip management system providing the monitoring
and management of remote access devices without the need of an expensive SNMP
agent module. The MA™ does not require an IP address.
The chip is embedded in both the remote unit, mostly referred to as a CPE, and in the
Master Unit (normally installed in the Node Unit). A unique secured in-band
management protocol allows the two devices communicating between themselves over
the fiber link bi-directionally, therefore both monitoring and management commands
can be remotely performed on the CPE. Control frames are not forwarded to data
ports. The drawing below illustrates the FibroLAN MA™ technology.
When MA™ enabled devices are deployed at both ends of the fiber link, they
automatically learn about each other’s presence and begin providing full remote
management functions within 20 to 30m.seconds from the moment the link has been
established. However, if an MA™ enabled devices cannot complete such handshake
within that time, it concludes that the opposite end device is not MA™ enabled,
subsequently it bypasses its special functions and operates like a standard, straight
forward access device. Therefore there are no interoperability issues between network
devices which have MA™ chips embedded in them and those that do not have.
The following management functions are available for the H.CON/MA device through
an MA™ enabled and SNMP managed MetroStar System:
The H.CON/MA Main Menu includes: Device status and Device control.
Device Status
•
•
•
•
•
•
•
Link status (TP and FO)
T/P Link configuration: Auto-Negotiation, Duplex mode and line data rate
Channel upstream bandwidth
TP port connection mode (enabled/disabled)
Pause mode (flow control)
Fault Propagation (FP) mode (ON/OFF)
Firmware revision
16
Device Control
• Set port description
• Set Auto-Negotiation mode
• Set Duplex Mode: allows forcing of HDX or FDX onto the TP port
• Set data rate (force 10/100M)
• Set upstream bandwidth
• Set Pause mode (Flow control)
• Fault Propagation (F >> T) enable / disable
• Reset the device and/or Restore the device’s default configuration
• SLE (Subscriber Link Emulation) enable /disable (via remote management)
• Loop-Back test and Extended Loop-Back (implemented from the remote module)
For a detailed management functions description, refer to the “MMM-01 management
module User and Installation Guide” (section “H.CON/MA CPE Management”)
H.CON/MA Power Failure (Last Gap)
In case of power failure, the device sends an alert signal to the attached MetroStar
module (MCM100-0X, MCM110-0X): "Remote Power Failure" signal.
The term "Remote Power Failure" in this manual is sometimes referred to
"Last gap" or "Dying gasp" by the industry as well as in the product specifications.
The remote module will show in its Module status the indication "Fail" under
Remote device Power status.
17
12 – Fault Propagation
The main purpose of fault propagation mechanism implemented in media converters is to allow
real-time notification of any link failure to upper hierarchy devices (e.g. switches/routers with
redundant links) consequently activating an alternate path to communicate with a mission critical
site.
The Fault Propagation includes normally typical bi-directional mechanisms: fault propagates
both from fiber to TP port (FO>>TP) and from TP to the fiber port (TP>>FO).
If the H.CON/MA is connected to a MetroStar module (MCM100 or MCM110), it is possible in
these modules to enable/disable (through management or DIP switches) the FP FO>>TP and/or
TP>>FO mode of operation.
In order to optimize the network, you must first decide what is the critical site needing
redundancy, consequently establish the general direction of fault propagation required, finally
set up accordingly.
The mostly common use is FO>>TP propagation: (at the central site where normally the
MetroStar chassis is allocated) failure of the fiber link will cut the TP link of the router/switch,
which in turn will activate an alternate path to the remote site (in our case: H.CON/MA)
The Fault Propagation implemented in the H.CON/MA device is uni-directional, FO>>TP
enabled by the MMM-01 management module located in MetroStar chassis. The TP>>FO
mode of operation is not allowed to avoid that a user may inadvertently disconnect the
TP port link, or the TP port link failure occurs; in such case the H.CON/MA will disconnect
its Fiber Link port and therefore losing the MA remote control of the H.CON/MA device.
Thus to preserve the fiber link integrity for the MA inband management, the command
TP>>FO is not allowed to prevent eventual disconnection of the fiber link due to a TP link
failure at the H.CON/MA device.
The drawing below illustrates the FP operation
Fault Propagation operation
The LINK TEST mode: it is possible to enable the Link Test in the H.CON/MA unit
(through a management command) by disabling the FP mechanism (FO>>TP)
Set (or remain) in this mode in 2 cases:
• Whenever your network cannot benefit from FP (i.e. alternate route is not available)
• For diagnostic purposes: in this mode each of the link segments (typically 3: TP,
F/O, TP) provides separate and true indication of its integrity therefore the
defective segment can be identified and consequently repaired.
While in TEST mode, the H.CON/MA provides full functionality and run normal traffic, except the
fault propagation is not operational.
18
13 – Far End Fault and Fault Propagation
When both the Far End Fault and the Fault Propagation are enabled, the following
events take place when the incoming F/O link to the RX input of the H.CON/MA
device is disrupted.
1. A Far End Fault takes place at the H.CON/MA device
2. The F/O Link/Act LED at the H.CON/MA is shut down
3. Since the FP (FO>TP) is enabled, the H.CON/MA cuts the TP port Link of the
attached device
4. A FEF signal is transmitted from H.CON/MA to the RX of the F/O port at the
MCM100 module which will shut down its F/O Link/Act LED
5. The MCM100 module senses that its F/O link is dropped and the enabled FP
(FO>>TP) disconnects the TP link to the attached device (normally a
switch/router)
6. Same events will take if the MCM100 module installed in the MetroStar chassis
will sense a F/O link failure on its incoming path; the link of the attached switch
TP port is dropped
The drawing illustrates the FEF and FP operations.
19
14 – SLE (Subscriber Link Emulation) Feature
If the remote device is another FibroLAN’s MA™ (like the H.CON/MA) and the
Master Unit (FibroLAN Metrostar™, S.CON1M/MA) is managed, the most powerful
SLE feature comes into the picture, further enhancing the network’s resilience.
FibroLAN’s Subscriber Link Emulation virtually emulates the subscriber’s device or
network connected to the TP port of the remote device (converter) onto the TP link
of the switch/router normally connected to the Master Unit (MetroStar module).
When activated (controllable via the management system only) it senses the loss of
the TP link connected to the H.CON/MA, and will cause the Master Unit to cut off the
related TP link of Network device A, alerting in real time the switch/router of the
subscriber failure. All this is performed without disrupting the F/O link, thus
ensuring on-going control of the H.CON/MA via the MA management.
It should be noted that if the TP port of the MetroStar module has failed, the SLE
will cut-off the link of the Network Device B TP port, providing in this manner an
optimal bi-directional safe operation.
Thus SLE has in effect two modes of operation:
• Downstream SLE mode: link failure of the MCM100/110 module TP port will
cause the disconnect of the remote Network device B link port
• Upstream SLE mode: remote MA device link TP port failure (H.CON/MA) will
cause the disconnect of the attached Network Device A link TP port
The SLE may be used independently or in conjunction with the previously described FP
mechanism enabled in the Master Unit and H.CON/MA. When both mechanisms are
activated (FO>TP and SLE) then if the TP link connecting the appropriate module (in the
above drawing the link of the MCM100/110 module) has failed, the SLE will prevail and
it will disconnect the TP (or Fiber) link of the network device attached to the H.CON/MA.
The FP will not intervene and the mentioned event condition remains until the faulty link
is repaired. On the other hand, if the FO link of the MCM100 module (FO port link) is
disrupted, then the FP FO>>TP command is executed and the TP link to the Network
Device A is dropped.
Again it must be emphasized that this extensive set of features is obtained only if MA enabled
devices are installed at both ends of the link.
20
15 – Troubleshooting
Prior to performing the following procedures, set all FP DIP switches on MCM100/110
modules to TEST (FP disable). Disable FP for the H.CON/MA through the management.
Disable also SLE at both ends. Perform “Reset Module”, “Restore module Defaults”,
‘ Reset device” and “Restore Device defaults” commands via management.
Problem
Indication
No power
Main power LED
unlit
Network problems
No communication
on network
TP link not working at
all
Link/Act LED unlit
Fiber link not working
Link /Act
not blinking
LED
Improper network
traffic
Runt and
collision
late
MA not working
MA Active LED
unlit
Corrective Action
Check that the power supply cable is firmly
connected to the main power supply and rack
mount power source.
Check that the AC input power source is
between 100 and 240VAC.
Check the various LEDs indications and cabling
TP and F/O links.
Try to replace the suspected H.CON/MA with
another working similar unit.
Check that the connected device is working
properly at 100Mbps or 10Mbps. Check that the
TP connection cable is the right one and well
connected at both ends.
Verify according to section 10 (Twisted pair
cable Connection)
Check that the receive fiber is properly
connected to the transmit port of the remote
fiber device AND the transmit port to the receive
port of the remote device. Verify that the fiber
optic power is the required power on the receive
fiber connector at the H.CON/MA end. Check if
the attached device does support the FEF
feature.
If the FP is enabled at both ends, disable the FP
in both devices (Link test) through management
and DIP switches and check Link integrity.
Check that both ends of F/O link are set to FDX
Check that both sides of TP connection are in
same link mode (10Mbps/HDX, 10Mbps/FDX
OR 100Mbps HDX / 100Mbps FDX).
1. Verify that the F/O Link is active and working
properly.
2. Reset the H.CON/MA by disconnecting its
power cord and reconnecting it. Check if the MA
Active LED is lit.
3.If not, check the H.CON/MA from the MMM01 management module (installed in the
MetroStar chassis):
a. Check the CPE Status (TP and F/O Link
status).
b. You may perform a Reset and Restore
device’s defaults through management.
If the problem persists after carrying out the above procedure, do the following: exchange
suspected H.CON/MA with another H.CON/MA, and check connectivity and mode of
operation. If that has solved the problem, send the H.CON/MA for repair. If the problem still
persists, there is probably some sort of general network failure.
Call your local FibroLAN dealer or our technical support. ([email protected])
T
21
T
Please provide the following information:
• Date and place of purchase, from whom, original invoice
• The serial number of the H.CON/MA device and its Firmware revision
• The configuration of the equipment that is connected to the H.CON/MA
and the sequence of events leading to the problem
• Actions already taken and status files
• Software revision levels of the installed equipment
16 – Specifications
Standard Compliance
IEE 802.3/802.3u, 10Base-T, 100Base-TX, 100Base-FX, FDSE
Back pressure and FDX IEEE 802.3x compliant Flow control, Far End Fault (FEF) supported.
Frame length range: 64 ÷ 1916 bytes. Supports 1K Mac addresses
Remote MA™ Management
Conversion Method: BMD (Buffered Media Domain with Fault Propagation (FO>>TP)
10/100BaseTX port
• Shielded RJ-45 connector
• Speed and Half / Full duplex support via auto-negotiation or forced mode through
remote management (10/100Mbps and FDX/HDX)
• 100m over STP Cat 5 cabling
• The TP port supports Auto-Cross feature
100Base-FX port
• 1310nm multi-mode, Duplex SC (ST optional), 62.5/125 fiber, Full Duplex
• Single Mode Fiber: Duplex SC, 1310nm, 1550nm/DFB
• Single Fiber – Strand (SFS): Single SC, 1310/1550nm,20,40,80Km
Refer to section 9 for F/O port specifications
Diagnostics: 4 LEDs / 7 functions
•
•
•
•
Link, Activity (Tx or Rx) 100Base-FX port
Link, Activity (Tx or Rx) 10/100Base-TX port
MA Active (indicating H.CON/MA connected to a remote MA device)
PWR : power on / off
Environmental /Physical
Power Supply
H.CON/MA with standard AC P.S.
100 ÷ 240 VAC, 50 ÷ 60 Hz. IEC connector
H.CON/MA with DC Power Supply
-36 ÷ - 72 VDC (PS48)
Power Consumption
H.CON/MA all models: 5W max
Operating Temperature:
0° ÷ +45°C (32-113°F)
Storage Temperature:
-20° ÷ + 80°C (-22°F ÷ +176°F)
Safety:
EN 60950-1:2005 and cTUVs
Emissions:
EN 300 386 V 1.3.3; EN 55022 \ 24
AS/NZS CISPR 22:04 ; FCC CFR 47 part 15 Subpart B,
Class A
Dimensions
120x170x44mm (excluding wall-mount type)
Weight
400 gram
22
17 – Warranty Limitation
FibroLAN warrants the equipment to be free from defects in material and workmanship, under normal and
proper use and in its unmodified condition for 24 months, (unless otherwise agreed upon) starting on
the date of delivery from FibroLAN to its distributor.
FibroLAN’s sole obligation under this warranty shall be to furnish parts and labor for the repair or
replacement of products found by FibroLAN to be defective in material or workmanship during the
warranty period. Warranty repairs will be performed at the point of manufacture.
Following an authorized repair, the device shall be under warranty throughout its original period but not
less than 3 months.
Warranty shall be void in case where unauthorized attempts to repair or disassemble/modify the device
are evident.
You must claim repairs or replacements under this warranty only from the reseller from which you have
purchased the device, however you may refer directly to FibroLAN Ltd. to claim the warranty providing
reasonable proof that the reseller ceased operation and/or unreasonably refused to provide you with the
service.
In such case you provide to FibroLAN the serial number of the device, date purchased, full details of
reseller from whom the device was purchase and a copy of an invoice or another proof of the purchase.
This document and the information contained herein are proprietary to the manufacturer
and are furnished to the recipient for use in operating, maintaining and repairing
manufacturer equipment.
The information within may not be utilized for any purpose except as stated herein, and
may not be disclosed to third parties without the written permission from the
manufacturer.
The manufacturer reserves the right to make changes to any technical specifications in
order to improve reliability, function and design.
This manual is applicable for the following firmware revision levels:
F/W (Firmware version) from 2.0 and higher
MMM-01 Management manual: from version 1.4.2 and higher
COPYRIGHT 2003. FibroLAN Ltd. All rights reserved
April 2010 – Version 3.6
23

H.CON / MA Remotely Managed 10/100TX-FX CPE/NTU

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