FibroLAN GSM1000 Manual

GSM1000&GSM1000/MA Series

1000Base-SX/LX to 1000Base-LX

NTU/ Extender

User and Installation Guide

Version: 3.0

FibroLAN Ltd.

2 Carmel St. P.O. Box 544 Yokneam-Illit, 20692 ISRAEL

Tel: 972-4-9591717 Fax: 972-4-9591718

E-mail: [email protected] Web site: www.fibrolan.com

GSM1000 Gigabit Converter

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

GSM1000 Gigabit Converter

Table of contents

General Description page 4

Product description page 5

Front Panel components page 7

Installation procedures page 8

Power connection page 9

Fiber Optic connectivity page 10

Fiber ports specifications page 11

DIP switches setting page 12

LST (Link Segmentation Test) page 13

MA™ Concepts and Functions page 15

SLE (Subscriber Link Emulation) page 16

Typical Configurations page 17

Default Parameters setting page 19

Troubleshooting page 20

Specifications page 21

Warranty Limitation page 22

Thank you for purchasing the GSM1000/GSM1000MA GBE

Media Converter from FibroLAN.

We hope that this guide will help you to obtain the

best results from the device while minimizing

installation time.

If you still need help installing or troubleshooting the GSM1000 converter

after reading the detailed information in this guide, please visit our web

site, contact your reseller, or call FibroLAN directly.

([email protected])

Note: unless where indicated otherwise, in this guide, the GSM1000

applies also to GSM1001 through GSM1021, and to similar

GSM1000/MA devices. Single Fiber Strand devices are also available

TRADEMARKS

HP and OpenView are registered trademarks of Hewlett-Packard.

Any other trademarks mentioned in this manual are acknowledged to be the property of

the trademark owners.

GSM1000 Gigabit Converter

1 – General Description

The GSM1000 Media Converter extends the distance of your LAN by converting a gigabit

Multimode (or Single Mode) into a GBE Single Mode signal transmission.

The device provides conversion from a MM (1000Base-SX) or SM (1000Base-LX) into a SM

(1000Base-LX) link allowing distance gain of up to120Km.

The GSM1000 through 1003 are suitable for point-to-point connectivity, whereas the GSM1004

-1009, GSM1016, GSM1018, GSM1020, and GSM1021 models allow extension, including

cascading long haul networks.

The GSM1000/MA&GSM1010/MA are another GSM1000 family products (remotely managed

devices) supporting the FibroLAN management MA™ technology.

Single Fiber Strand GSM1000 (20Km) and GSM1000/MA (20,40Km) are also available

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 GSM1000/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™, or 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 (GSM1000/MA) or any FibroLAN

device supporting the MA™ technology.

Link Segmentation Test (LST) allows easy link test segmentation (inTest mode)

to locate a failed link segment, and in Fault Propagation mode (LST OFF) the disconnect of the

entire link segment ( if one of the F/O link is disrupted) and Network Device notification of the

link failure. A front panel LED will show the LST setting for each F/O port.

The GSM1000 family supports another unique outstanding feature: SLE

(Subscriber Link Emulation) enabled through system management for GSM

enabled MA devices (GSM1000/MA and GSM1010/MA, refer to section 11 for details)

A Loop-Back mechanism on each F/O port simplifies troubleshooting during link problems.

2 – Features Summary

•Two fiber (1000Base-SX/UNI,1000Base-LX/OA) ports

•Conversion method: Direct Digital with LST capability.

•MTU: 10K octets

•Covered distance: up to 120Km point to point, more if cascaded.

•LST: Link Segmentation Test for each port

•Local loop-back for each F/O port

•Optional internal DC Power Supply (-48VDC)

•Versatile installation: desktop, shelf or wall-mount

•Diagnostics LED indicators for Link and Activity monitoring each F/O

port.

•Optional Extended Temperature Range (ETR)

•Front Panel DIP switches for LB (loop-back) and LST for each F/O port.

•Front panel MA Active LED (GSM1000/MA&GSM1010/MA series).

•Remote MA management (GSM1000/MA&GSM1010/MA series).

•"Remote Power Failure" signal is generated when the GSM1000MA

device senses a power failure

•Supports SLE (Subscriber Link Emulation) through system management

(GSM1000/MA&GSM1010/MA devices).

GSM1000 Gigabit Converter

3 – Product Description

The GSM devices are offered in the following preconfigured versions as shown

in the below tables:

GSM1000 1000Base-SX, Duplex SC, Multi Mode 850nm (up to 550m) to 1000Base-LX, Duplex SC, Single

Mode 1310nm, 10km

GSM1001 1000Base-SX, Duplex SC, Multi Mode 850nm (up to 550m) to 1000Base-LX, Duplex SC,

Single Mode 1310nm, 20km

GSM1002 1000Base-SX, Duplex SC, Multi Mode 850nm (up to 550m) to 1000Base-LX, Duplex SC,

Single Mode 1550nmDFB, 40km

GSM1003 1000Base-SX, Duplex SC, Multi Mode 850nm (up to 550m) to 1000Base-LX, Duplex SC,

Single Mode 1550nmDFB, 80km

GSM1020 1000Base-SX, Duplex SC, Multi Mode 850nm (up to 550m) to 1000Base-LX, Duplex SC,

Single Mode 1550nm/DFB/APD, 120km

GSM1004 1000Base-LX extender, Single Mode 1310nm, Duplex SC, 10km to Single Mode 1310nm,

Duplex SC, 10km

GSM1005 1000Base-LX extender, Single Mode 1310nm, Duplex SC, 20km to Single Mode 1310nm,

Duplex SC, 20km

GSM1006 1000Base-LX extender, Single Mode 1550nm DFB, Duplex SC, 40km to Single Mode

1550nm DFB, Duplex SC, 40km

GSM1007 1000Base-LX extender, Single Mode 1550nm DFB, Duplex SC, 80km to Single Mode

1550nm DFB, Duplex SC, 80km

GSM1021 1000Base-LX extender, Single Mode 1550nm DFB-APD, Duplex SC, 120km

to Single Mode 1550nm DFB, Duplex SC, 80km

GSM1018 1000Base-LX extender, Single Mode 1550nm DFB-APD, Duplex SC, 120km

to Single Mode 1550nm (DFB-APD), Duplex SC, 120km

GSM1008 1000Base-LX extender, Single Mode1310nm, Duplex SC, 10km to Single Mode1550nm,

DFB, Duplex SC, 40km

GSM1009 1000Base-LX extender, Single Mode1310nm, Duplex SC, 10km to Single

Mode1310nm, Duplex SC, 20km

GSM1016 1000Base-LX extender, Single Mode1310nm, Duplex SC, 10km to Single Mode

1550nmDFB, Duplex SC, 80km

GSM1000F13 1000Base-SX, SC, Multi Mode 850nm to 1000Base-LX, Simplex SC, Single Mode,

Single Fiber Strand, 1310nm Tx/1550nm Rx, 20Km (over G.652 fiber)

GSM1000F15 1000Base-SX, SC, Multi Mode 850nm to 1000Base-LX, Simplex SC, Single Mode,

Single Fiber Strand, 1550nmDFBTx/1310nm Rx, 20Km (over G.652 fiber)

GSM1000/MA MA Managed 1000Base-SX, Duplex SC, Multi Mode 850nm to 1000Base-LX, Duplex SC,

Single Mode 1310nm, 10km

GSM1001/MA MA Managed 1000Base-SX, Duplex SC, Multi Mode 850nm to 1000Base-LX, Duplex SC,

Single Mode 1310nm, 20km (over G.652 fiber)

GSM1001/MA-48 MA Managed 1000Base-SX, Duplex SC, Multi Mode 850nm to 1000Base-LX, Duplex SC,

Single Mode 1310nm, 20km (over G.652 fiber), -48VDC PSU, including 3m power cable

GSM1002/MA MA Managed 1000Base-SX, Duplex SC, Multi Mode 850nm to 1000Base-LX, Duplex SC,

Single Mode 1550nmDFB, 40km

GSM1003/MA MA Managed 1000Base-SX, Duplex SC, Multi Mode 850nm to 1000Base-LX, Duplex SC,

Single Mode 1550nmDFB, 80km

GSM1003/MA-48 MA Managed 1000Base-SX, Duplex SC, Multi Mode 850nm to 1000Base-LX, Duplex SC,

Single Mode 1550nmDFB, 80km, 48VDC PSU, including 3m power cable

GSM1020/MA Ma managed 1000Base-SX, MM 850nm, 2*SC, to 1000Base-LX, 2*SC, SM, 1550nm

DFB/APD, 120kM

GSM1021/MA MA Managed 1000Base-LX extender, single-mode 1550nm DFB-APD, 120km to

single-mode 1550nm DFB, SC, 80km

GSM1004/MA MA Managed 1000Base-LX extender, single-mode 1310nm, Duplex SC, 10km to single-

mode1310nm, Duplex SC, 10km

GSM1005/MA MA Managed 1000Base-LX extender, Single Mode1310nm, SC, 20km to Single

Mode1310nm, SC, 20km (over G.652 fiber)

GSM1000 Gigabit Converter

GSM1006/MA MA Managed 1000Base-LX extender, Single Mode 1550nm DFB, SC, 40km to Single

Mode1550nm DFB, SC, 40km

GSM1007/MA MA Managed 1000Base-LX extender, Single Mode 1550nm DFB, SC, 80km

to Single Mode 1550nm DFB, SC, 80km

GSM1018/MA MA Managed 1000Base-LX extender, Single Mode 1550nm DFB/APD, duplex SC,

120km to Single Mode 1550nm DFB/APD, duplex SC, 120km

GSM1008/MA MA Managed 1000Base-LX extender, Single Mode 1310nm, SC, 10km to Single

Mode1550nm, DFB, SC, 40km

GSM1009/MA MA Managed 1000Base-LX extender, Single Mode 1310nm, SC, 10km to Single Mode

1310nm SC, 20km

GSM1009/MA-48 MA Managed 1000Base-LX extender, Single Mode 1310nm, SC, 10km to Single Mode

1310nm SC, 20km, (over G.652 fiber), -48VDC PSU, including 3m power cable

GSM1016/MA MA managed,1000Base-LX extender, SM, 1310nm, duplex SC, 10Km, to SM, 1550nm DFB,

duplex SC, 80Km

GSM1016/MA-48 MA managed,1000Base-LX extender, SM, 1310nm, duplex SC, 10Km, to SM, 1550nm DFB,

duplex SC, 80Km, 48VDC PSU, including 3m power cable

GSM1000F13/MA MA Managed 1000Base-SX, Duplex SC, Multi Mode 850nm to 1000Base-LX, Simplex SC,

Single Mode, Single Fiber Strand, 1310nm Tx / 1550nm Rx, 20Km (over G.652 fiber)

GSM1000F15/MA MA Managed 1000Base-SX,Duplex SC, Multi Mode 850nm to 1000Base-LX, Simplex SC,

Single Mode, Single Fiber Strand, 1550nmDFB TX / 1310nm Rx, 20km (over G.652)

GSM1000F13L/MA MA Managed 1000Base-SX, Duplex SC, Multi Mode 850nm to 1000Base-LX, Simplex SC,

Single Mode, Single Fiber Strand, 1310nmDFB Tx / 1550nm Rx, 40Km (over G.652 fiber)

GSM1000F15L/MA MA Managed 1000Base-SX, Duplex SC, Multi Mode 850nm to 1000Base-LX, Simplex SC,

Single Mode, Single Fiber Strand, 1550nm DFB TX / 1310nm Rx, 40km (over G.652)

All GSM1000 series models have common basic functionalities. Therefore, any

description and features of one model refers to all other types.

The F/O ports (Port 1=SX/LX, Port 2=LX) support GBE 1000Base-SX/LX transmissions

and are set to FDX (Full Duplex) mode. When the remote device is a FibroLAN

module, you have to ensure that the links connecting the MCM1000T/MCM1000S/L

modules and GSM1000/MA are set to 1000Base-LX Full Duplex to preserve the link

integrity for the MA in - band management.

Any network device that connects to the GSM1000 and GSM1000/MA F/O ports

should be configured to Auto-Negotiation disabled mode (forced to 1000Mbps

and FDX).

The GSM1000 series unit has front panel DIP switches (LST ON/OFF, Loop-Back

ON/OFF) per port to easily perform troubleshooting and maintenance functions.

The device is housed in a compact and rugged metal case, providing strong free –air-

cooling for extended stable operation and reliability.

The GSM1000 series unit is suitable for desktop, shelf (with the optimal CTF- RM) or

wall-mount installation (SCH-WM kit)

The GSM1000 device 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.

The ETR (Extended Temperature Range) option allows usage in industrial

environment.

The GSM1000/MA series are managed by the FibroLAN MetroView Element

Manager System. These devices generate a "Remote Power Failure" signal upon

power drop. This failure is indicated in the attached GBE module status (Remote

device Power "fail")

GSM1000 Gigabit Converter

4 – Front Panel components

1. Port 1 (1000Base-SX/LX) LEDs:

•Link: steady green lit: a F/O link has been established.

•Act: port 1 activity. Blinking green (receive / transmit)

•LB: lit (red) implies port 1 is in loop-back mode

2. Port 1/UNI Duplex SC F/O connector: (left /Tx, right / Rx)

3. System LED indicators:

•Upper LED LST: lit red implies a signal is sent from port 2>port 1 in LST ON

mode (DIP switch S4 in UP position) when data is not transmitted at the

same time

•Lower LED LST: lit red implies a signal is sent from port 1 >port 2 in LST ON

mode (DIP switch S3 in UP position) when data is not transmitted at the

same time

•MA active: steady lit (yellow): the GSM1000/MA is connected to a remote

MA enabled and active device.

4. Port 2/OA Duplex SC F/O connector: (left /TX, right / Rx)

5. Port 2 (1000Base-LX) LEDs:

•Link: steady green lit: a F/O link has been established.

•Act: port 1 activity. Blinking green (receive / transmit)

•LB: lit red implies port 2 is in loop-back mode

6. DIP switches LB and LST for each F/O port (see section 9 for details)

DIP switches are shown in their default setting)

7. PWR: Power ON/OFF green LED indicator.

GSM1000 Gigabit Converter

5 – Installation procedures

The device is intended for use with indoors power lines only

GSM1000 all models (including –48 VDC models):

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

GSM1000.

For wall mount installation

Attach the single channel wall mount kit (SCH – WM part # B161) with two (supplied) screws to

the base of the GSM1000 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 GSM1000 unit on the wall.

For Shelf installation:

Use the 19” Rack shelf (CTF-RM P/N B012) for installation of up to 3 GSM units.

During the installation of several 19” Rack shelves, it is recommended to leave at least

1cm ventilation space between two adjacent racks.

GSM1000 Gigabit Converter

6– 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) provide with the

product an appropriate power supply cord which is safety approved in

accordance with related country’s National Electric Code

GSM1000 ( all models ) AC connection

Connect to AC line socket at the rear of the converter, using the included power cord.

The GSM1000 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.

GSM1000 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 GSM1000 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!

GSM1000 Gigabit Converter

7 – Fiber Optic Connection

The GSM1000 series products are equipped with two duplex SC-type connectors.

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. If your distance is shorter than specified in the table below for your model

or should perform a local test, insert first in line (both receive and transmit) appropriate

attenuators (5db should suffice).

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

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