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Gigabit Ethernet Media Converter
User’s Manual 1
FCC Statement
The FCC (Federal Communications Commission) restricts the amount of radio
frequency emission and radiation coming from computer equipment.
The equipment introduced in this manual has been tested and found to comply with
the limits for a Class A digital device pursuant to Part 15 of the FCC rules. These
limits are designed to provide reasonable protection against harmful interference
when the equipment is operated in a commercial environment.
This equipment generates, uses, and can radiate radio frequency energy, and if not
installed and used in accordance with the instruction manual, may cause harmful
interference to radio communications.
Operation of this equipment in a residential area is likely to cause harmful
interference in which case the user is required to correct the interference at his/her
own expense.
Any changes or modifications not expressly approved by the manufacture would
void the user’s authority to operate the equipment.
Trademarks
Product names mentioned in this manual may be trademarks or registered
trademarks of those products.
All trademarks or brand names mentioned are properties of their respective
companies.
Preface
This manual describes how to install and use the Gigabit Ethernet Media
Converter. The Converter introduced here provides one channel media conversion
solution:
1000Base-T ↔ 1000Base-SX/LX (multi-mode/single-mode) with link-fault-pass-through function
1000Base-SX ↔ 1000Base-LX (multi-mode ↔ single-mode)
1000Base-LX ↔ 1000Base-LX (single-mode ↔ single-mode)
1000Base-T ↔ 1000Base-LX (WDM single-mode) with link-fault-pass-through function
1000Base-SX ↔ 1000Base-LX (multi-mode ↔ WDM single-mode)
1000Base-LX ↔ 1000Base-LX (WDM single-mode ↔ WDM single-mode)
The Gigabit Ethernet Media Converter fully complies with IEEE802.3ab 1000BaseT and IEEE802.3z 1000Base-SX/LX Gigabit Ethernet standards.
In this manual, you will find:
y Product overview
y Features on the media converter
y Illustrative LED functions
y Installation instructions
y Specifications
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Table of Contents
FCC STATEMENT ....................................................................1
TRADEMARKS ..........................................................................1
PREFACE...................................................................................1
TABLE OF CONTENTS ..............................................................2
INTRODUCTION........................................................................3
PRODUCT OVERVIEW ...................................................3
PRODUCT FEATURES ...................................................4
PACKING LIST ..............................................................5
ONE-CHANNEL MEDIA CONVERTER .....................................5
PHYSICAL PORTS.........................................................5
PORT STATUS LEDS....................................................5
INSTALLATION.........................................................................7
SELECTING A SITE FOR THE EQUIPMENT .......................7
CONNECTING TO POWER..............................................7
INSTALLING IN A CHASSIS .............................................7
SPECIFICATIONS ......................................................................8
ORDERING INFORMATION ......................................................9
APPENDIX.............................................................................. 11
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Gigabit Ethernet Media Converter
User’s Manual 3
Introduction
The Gigabit Ethernet Media Converter provides one channel for media conversion
between 1) 1000Base-T and 1000Base-SX/LX with link-fault-pass-through function
or 2) 1000Base-SX/LX and 1000Base-LX. It can be used as a stand-alone device or
with a standard 19” chassis as shown below.
Product Overview
Figure 1:
1000Base-T ↔ 1000Base-SX/LX (multi-mode/single-mode) Media Converter with
link-fault-pass-through function
1000Base-T ↔ 1000Base-LX (WDM single-mode) Media Converter with
link-fault-pass-through function
<NOTE> The chassis is to be ordered separately.
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Product Features
y One-channel media conversion between:
1000Base-T and 1000Base-SX/LX, 1000Base-SX/LX and 1000Base-LX
y Fiber media allows either:
Multi-mode fiber, Single-mode fiber, or WDM Single-mode fiber
y Full wire-speed forwarding rate
y Front panel status LEDs
y Used as a stand-alone device or with a chassis
y Hot-swappable when used with a chassis
y Make sure to make a connection to the TX port before make a
connection to the fiber port, a link condition will be sensed on the fiber
port whenever the media converter detects a link condition on the TX
port
1000T ↔ 1000SX/LX Media Converter
y There are two pins on the DIP switch of the 1000Base-T and 1000Base-
SX/LX one-channel media converter:
♦ Toggle up the pin on the left-hand side to let the fiber port auto
detect duplex mode.
♦ Toggle down the pin on the left-hand side to force the fiber port to
full duplex mode.
♦ Toggle up the pin on the right-hand side to disable the link-fault-
pass-through function.
♦ Toggle down the pin on the right-hand side to enable the link-fault-
pass-through function.
DIP
switch
Up (Default Setting) Down
Left-hand
side
The fiber port auto detects
duplex mode
Force the fiber port to full
duplex mode
Righthand side
Disable LFPT Enable LFPT LFPT:
link-fault-pass-through
function
y The fiber port should be forced to full duplex mode when two 1000Base-
T and 1000Base-SX/LX one-channel media converters are connected to
each other via fiber port.
y The TX port auto detects duplex mode
y The TX port supports auto MDIX for uplink purpose
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User’s Manual 5
Packing List
When you unpack this product package, you will find the items listed below. Please
inspect the contents, and report any apparent damage or missing items
immediately to your authorized reseller.
y The Media Converter
y User’s Manual
y AC to DC Power Adaptor
One-Channel Media Converter
Physical Ports
1000T ↔ 1000SX/LX Media Converter
This converter provides one TX port and one FX port. For the FX port, it provides
options of multi-mode, single-mode, or WDM single-mode fiber. For the TX port, it
uses RJ-45 connector and supports auto MDIX for uplink purpose.
1000SX/LX ↔ 1000LX Media Converter
This converter provides two FX ports:
1) One multi-mode/single-mode fiber port and one single-mode fiber port.
2) One multi-mode/WDM single-mode fiber port and one WDM single-mode fiber
port.
Port Status LEDs
The LED indicators give you instant feedback on status of the converter:
Figure 2:
1000Base-T ↔ 1000Base-SX/LX (multi-mode/single-mode) Media Converter with
link-fault-pass-through function
1000Base-T ↔ 1000Base-LX (WDM single-mode) Media Converter with
link-fault-pass-through function
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LEDs State Indication
Steady Power feeding in Power
Off No power
Steady TX port: A valid network connection
established.
LNKC stands for LINK/Copper
LNKC
Off No connection
Steady FX port: A valid network connection
established.
LNKF stands for LINK/Fiber
LNKF
Off No connection
FDX/COL Steady Connection in full duplex mode
FDX stands for FULL DUPLEX
Steady Receiving data RX
Off No reception
Steady Transmitting data TX
Off No transmission
Figure 3:
1000Base-SX ↔ 1000Base-LX (multi-mode ↔ single-mode) Media Converter
1000Base-LX ↔ 1000Base-LX (single-mode ↔ single-mode) Media Converter
1000Base-SX ↔ 1000Base-LX (multi-mode ↔ WDM single-mode) Media Converter
1000Base-LX ↔ 1000Base-LX (WDM single-mode ↔ WDM single-mode) Media Converter
LEDs State Indication
Steady Power feeding in Power
Off No power
Steady Port A Signal Detect:
A valid network connection established.
SDA
Off No connection
Steady Port B Signal Detect:
A valid network connection established.
SDB
Off No connection
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User’s Manual 7
Installation
This chapter gives step-by-step installation instructions for the Converter.
Selecting a Site for the Equipment
As with any electric device, you should place the equipment where it will not be
subjected to extreme temperatures, humidity, or electromagnetic interference.
Specifically, the site you select should meet the following requirements:
- The ambient temperature should be between 32 and 113 degrees Fahrenheit
(0 to 45 degrees Celsius).
- The relative humidity should be less than 90 percent, non-condensing.
- Surrounding electrical devices should not exceed the electromagnetic field
(RFC) standards for IEC 801-3, Level 2 (3V/M) field strength.
- Make sure that the equipment receives adequate ventilation. Do not block the
ventilation holes of the equipment.
- The power outlet should be within 1.8 meters of the product.
Connecting to Power
This Converter is a plug-and-play device.
Step 1: Connect the supplied AC to DC power adapter to the receptacle at
the back of the converter.
Step 2: Attach the plug into a standard AC outlet.
Installing in a Chassis
The Converter is designed to fit into any of the expansion slots on a rackmount
chassis.
Step 1: Unscrew the carrier from the desired expansion slot on the chassis.
Step 2: Fit the converter onto the carrier.
Step 3: When the converter is completely seated onto the carrier, insert
the carrier to the guide rails of the expansion slot.
Step 4: Carefully slide in the carrier until it is fully and firmly fit the chassis.
Step 5: Fasten the carrier to the chassis by the screws.
<NOTE> Never insert any converter into the chassis directly without using the
supplied carriers. The carriers allow secure and consistent placement
of the converters into the chassis’ backplane without causing any
damage.
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Specifications
Applicable Standards IEEE 802.3ab 1000Base-T
IEEE 802.3z 1000Base-SX/LX
Fixed Ports
1000Base-T to 1000Base-SX/LX:
1000Base-SX/LX to 1000Base-LX:
1 TX port, 1 FX port
2 FX ports
Speed 2000Mbps for full-duplex
Forwarding rate 1,488,100pps for 1000Mbps
LED Indicators
1000T↔ 1000SX/LX:
1000SX/LX ↔ 1000LX:
Power; TX; RX; FDX/COL; LNKF; LNKC
Power; SDA; SDB
Dimensions 80.3mm (W) × 109.2mm (D) × 23.8mm (H)
(3.16” (W) × 4.3” (D) × 0.94” (H))
Weight 150g (0.33lb.)
Power External power adaptor
0.2A @ 12VDC
Power Consumption 2.4W Max.
Operating Temperature 0°C ~ 45°C (32°F ~ 113°F)
Storage Temperature -10°C ~ 70°C (14°F ~ 158°F)
Humidity 5 ~ 95%, non-condensing
Safety UL60950-1
Emissions FCC part 15 Class A, CE Mark Class A
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User’s Manual 9
Ordering Information
1000T ↔ 1000SX/LX Media Converter
# Gigabit Ethernet Cable / Connector Distance
Port One
1000Base-T 4-pairs Cat. 5 / RJ-45 100m
Port Two Options
1000Base-SX
MMF of 850nm (62.5/125µm) / SC
220m
1000Base-SX
MMF of 850nm (50/125µm) / SC
550m
1000Base-LX
SMF of 1310nm (9 or 10/125µm) / SC
10km
1000Base-LX
SMF of 1310nm (9 or 10/125µm) / SC
20km
1000Base-LX
SMF of 1550nm (9 or 10/125µm) / SC
50km
1000Base-LX
WDM SMF of TX:1310nm / RX:1550nm (9 or 10/125µm) / SC
20km
1000Base-LX
WDM SMF of TX:1550nm / RX:1310nm (9 or 10/125µm) / SC
20km
1000Base-LX
WDM SMF of TX:1310nm / RX:1550nm (9 or 10/125µm) / SC
40km
1000Base-LX
WDM SMF of TX:1550nm / RX:1310nm (9 or 10/125µm) / SC
40km
<NOTE>
i. The maximum node-to-node network distance is in full duplex
operation.
ii. MMF denotes Multi-Mode Fiber. SMF denotes Single-Mode Fiber.
iii. MMF can be applied for 1000Base-LX as well.
1000SX ↔ 1000LX Media Converter
# Gigabit Ethernet Cable / Connector Distance
Port A Options
1000Base-SX
MMF of 850nm (62.5/125µm) / SC
220m
1000Base-SX
MMF of 850nm (50/125µm) / SC
550m
Port B Options
1000Base-LX
SMF of 1310nm (9 or 10/125µm) / SC
10km
1000Base-LX
SMF of 1310nm (9 or 10/125µm) / SC
20km
1000Base-LX
SMF of 1550nm (9 or 10/125µm) / SC
50km
1000Base-LX
WDM SMF of TX:1310nm / RX:1550nm (9 or 10/125µm) / SC
20km
1000Base-LX
WDM SMF of TX:1550nm / RX:1310nm (9 or 10/125µm) / SC
20km
1000Base-LX
WDM SMF of TX:1310nm / RX:1550nm (9 or 10/125µm) / SC
40km
1000Base-LX
WDM SMF of TX:1550nm / RX:1310nm (9 or 10/125µm) / SC
40km
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1000LX ↔ 1000LX Media Converter
# Gigabit Ethernet Cable / Connector Distance
Port A
1000Base-LX
SMF of 1310nm (9 or 10/125µm) / SC
10km
1000Base-LX
SMF of 1310nm (9 or 10/125µm) / SC
20km
1000Base-LX
SMF of 1550nm (9 or 10/125µm) / SC
50km
1000Base-LX
WDM SMF of TX:1310nm / RX:1550nm (9 or 10/125µm) / SC
20km
1000Base-LX
WDM SMF of TX:1550nm / RX:1310nm (9 or 10/125µm) / SC
20km
1000Base-LX
WDM SMF of TX:1310nm / RX:1550nm (9 or 10/125µm) / SC
40km
1000Base-LX
WDM SMF of TX:1550nm / RX:1310nm (9 or 10/125µm) / SC
40km
Port B
1000Base-LX
SMF of 1310nm (9 or 10/125µm) / SC
10km
1000Base-LX
SMF of 1310nm (9 or 10/125µm) / SC
20km
1000Base-LX
SMF of 1550nm (9 or 10/125µm) / SC
50km
1000Base-LX
WDM SMF of TX:1310nm / RX:1550nm (9 or 10/125µm) / SC
20km
1000Base-LX
WDM SMF of TX:1550nm / RX:1310nm (9 or 10/125µm) / SC
20km
1000Base-LX
WDM SMF of TX:1310nm / RX:1550nm (9 or 10/125µm) / SC
40km
1000Base-LX
WDM SMF of TX:1550nm / RX:1310nm (9 or 10/125µm) / SC
40km
<NOTE>
i. The maximum node-to-node network distance is in full duplex
operation.
ii. MMF denotes Multi-Mode Fiber. SMF denotes Single-Mode Fiber.
iii. MMF can be applied for 1000Base-LX as well.
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User’s Manual 11
Appendix
Fiber budget Distance
1000Base-SX 7.5dBm 220m
850nm (62.5/125µm)
1000Base-SX 7.5dBm 550m
850nm (50/125µm
1000Base-LX 14dBm 10km
1310nm (9 or 10/125µm)
1000Base-LX 19dBm 20km
1310nm (9 or 10/125µm)
1000Base-LX 19dBm 50km
1550nm (9 or 10/125µm)
1000Base-LX 12dBm 20km
TX:1310nm / RX:1550nm (9 or 10/125µm)
1000Base-LX 12dBm 20km
TX:1550nm / RX:1310nm (9 or 10/125µm)
1000Base-LX 20dBm 40km
TX:1310nm / RX:1550nm (9 or 10/125µm)
1000Base-LX 20dBm 40km
TX:1550nm / RX:1310nm (9 or 10/125µm)
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