TP Link Video Game Keyboard MC100CM User Manual
User Guide  
MC100CM  
MC110CS  
Fast Ethernet Media Converter  
MC111CS  
MC112CS  
WDM Fast Ethernet Media Converter  
Rev： 2.0.2  
7106503773  
 
FCC STATEMENT  
This equipment 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 will be  
required to correct the interference at his own expense.  
This device complies with part 15 of the FCC Rules. Operation is  
subject to the following two conditions:  
1) This device may not cause harmful interference.  
2) This device must accept any interference received, including  
interference that may cause undesired operation.  
Any changes or modifications not expressly approved by the party  
responsible for compliance could void the user’s authority to operate  
the equipment.  
CE Mark Warning  
This is a class A product. In a domestic environment, this product  
may cause radio interference, in which case the user may be  
required to take adequate measures.  
 
IC STATEMENT  
This Class A digital apparatus complies with Canadian ICES-003.  
Cet appareil numérique de la classe A est conforme à la norme  
NMB-003 du Canada.  
 
CONTENTS  
Package contents...........................................................................1  
Chapter 1 Introduction ...............................................................2  
1.1 Overview of the Converter ..........................................2  
1.2 Conventions................................................................3  
1.3 Features......................................................................3  
1.4 Connectors and Network Cables Supported...............3  
1.5 Appearance Indication ................................................4  
1.5.1 LED Indicators ...............................................4  
1.5.2 Switch ............................................................6  
1.5.3 Link Fault Pass Through Function .................7  
Chapter 2 Installation Guide......................................................9  
2.1 Fast Ethernet Media Converter...................................9  
2.2 WDM Fast Ethernet Media Converter.........................9  
Chapter 3 Configuration...........................................................11  
3.1 Installation Procedure ...............................................12  
Appendix: Specifications.............................................................13  
 
Package contents  
The following items should be found in your package:  
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One Converter  
One AC-DC Power Adapter (DC9V/600mA)  
One User Guide  
One Purchasing Guide  
Note:  
Make sure that the package contains the above items. If any of the  
listed items are damaged or missing, please contact your distributor.  
1
 
 
Chapter 1 Introduction  
Thank you for choosing the MC100CM/MC110CS Fast Ethernet  
Media Converters or the MC111CS/MC112CS WDM Fast Ethernet  
Media Converters  
!
1.1 Overview of the Converter  
MC100CM and MC110CS are Fast Ethernet Media Converters.  
MC111CS and MC112CS are WDM Fast Ethernet Media Converters,  
which adopt WDM (Wavelength Division Multiplexing) technology  
that increases the information carrying capacity of fiber via multiplex  
transmit and receive signals at different wavelengths on single strand  
cable. You can save half cabling cost when you use MC111CS and  
MC112CS instead of your original dual fiber converter.  
The converter mediates between a 10/100Base-TX segment and a  
100Base-FX segment. It is primarily designed for large, higher  
speed/bandwidth demanding workgroups that require expansion of  
the Fast Ethernet network.  
The converter also features the LFP (Link Fault Pass through)  
function, and for its procedure illustrates, please refer to the section 1.5.3.  
2
 
 
1.2 Conventions  
The Converter mentioned in this guide stands for Fast Ethernet  
Media Converters or the WDM Fast Ethernet Media Converters  
without any explanation.  
The TP port mentioned in this User Manual stands for the TX port  
without any explanations.  
Note:  
The four converters are sharing this User Guide. The differences  
between them please refer to the table of the section 1.4.  
1.3 Features  
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Complies with 802.3u 10/100Base-TX, 100Base-FX standards.  
Provides one SC fiber connector and one RJ-45 connector.  
Supports auto negotiation of duplex mode on TP port.  
Supports auto negotiation of 10/100Mbps and auto MDI/MDI-X for  
TP port.  
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Supports Link Fault Pass Through function and Far End Fault  
function.  
Extends fiber distance up to 2km for multi-mode fiber and 20km  
for single-mode fiber.  
Easy-to-view LED indicators provide status to monitor network  
activity easily.  
External power supply.  
1.4 Connectors and Network Cables Supported  
The connectors and network cables supported by the converter are  
listed as follows.  
3
 
 
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Connectors: RJ-45, SC.  
Network Cables: Cat.5 Twisted-Pair (below abbreviated as  
TP), 9/125um Single-mode fiber and 50/125, 62.5/125um  
Multi-mode fiber.  
Transmission Transmission Output Center  
Model NO.  
Interface  
RJ45--SC  
RJ45--SC  
RJ45--SC  
RJ45--SC  
Distance  
Media  
Wavelength  
Multi-mode  
Fiber, TP  
MC100CM  
MC110CS  
MC111CS  
MC112CS  
2km  
1310nm  
Single-mode  
Fiber, TP  
20km  
20km  
20km  
1310nm  
Single-mode  
Fiber, TP  
1550nmTX  
1310nmRX  
Single-mode  
Fiber, TP  
1310nmTX  
1550nmRX  
1.5 Appearance Indication  
1.5.1 LED Indicators  
The converter has LED indicators which can provide a real-time  
report. When you take a look at these indicators, you will know what’s  
happening on your network. For details, please refer to the table as  
shown below.  
4
 
 
Name  
Status  
On  
Indication  
Power on  
Power off  
PWR  
Off  
On  
The Link Fault Pass Through function enable.  
The Link Fault Pass Through function disable.  
There’s a valid link.  
LFP  
Off  
On  
The converter is receiving or transmitting  
data from the fiber optic connector.  
Link/Act  
FX  
Flashing  
Off  
On  
There’s no valid link.  
The TP port is connected to 100Base-Tx  
SPD  
The TP port is connected to 10Base-Tx  
device or no connection.  
Off  
On  
The TP port is operating in Full-Duplex  
Flashing There’s a collision.  
FDX/Col  
TP  
Off  
On  
The TP port is operating in Half-Duplex mode.  
There’s a valid link.  
The converter is receiving or transmitting  
data from the TP port.  
Flashing  
Off  
Link/Act  
There’s no connection on the TP port.  
5
 
1.5.2 Switch  
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TP_AUTO: The TP port operates in Auto-Negotiation mode;  
TP_DIS: The TP port operates in FORCE mode;  
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TP_100M: The TP port operates in 100Base-Tx;  
TP_10M: The TP port operates in 10Base-T mode;  
TP_FDX: The TP port operates in Full-Duplex mode;  
TP_HDX: The TP port operates in Half-Duplex mode;  
LFP_OFF: The Link Fault Pass Through function disable;  
LFP_ON: The Link Fault Pass Through function enable.  
Connect different devices, we suggest leaving the switches like these  
as shown below, otherwise the Media Converter may not work  
normally.  
6
 
 
The Mode Of The Device  
Switch  
TP_AUTO, TP_100M, TP_FDX,  
LFP_ON  
TP:AUTO; LFP ON  
TP_AUTO, TP_100M, TP_FDX,  
LFP_OFF  
TP:AUTO; LFP OFF  
TP_DIS, TP_100M, TP_FDX,  
LFP_ON  
TP:FORCE,100M,FULL; LFP ON  
TP:FORCE,100M,FULL; LFP OFF  
TP:FORCE,100M, HALF; LFP ON  
TP:FORCE,100M, HALF; LFP OFF  
TP:FORCE,10M,FULL; LFP ON  
TP:FORCE,10M,FULL; LFP OFF  
TP_DIS, TP_100M, TP_FDX,  
LFP_OFF  
(TP_DIS or TP_AUTO), TP_100M,  
TP_HDX, LFP_ON  
(TP_DIS or TP_AUTO), TP_100M,  
TP_HDX, LFP_OFF  
TP_DIS, TP_10M, TP_FDX,  
LFP_ON  
TP_DIS, TP_10M, TP_FDX,  
LFP_OFF  
(TP_DIS or TP_AUTO), TP_10M,  
TP_HDX, LFP_ON  
TP:FORCE,10M, HALF; LFP ON  
TP:FORCE,10M, HALF; LFP OFF  
(TP_DIS or TP_AUTO), TP_10M,  
TP_HDX, LFP_OFF  
Note:  
1) We suggest leaving the switches on TP_AUTO, TP_100M,  
TP_FDX, and LFP_ON, because this configuration is suitable for  
lots of situations.  
2) You have to reset the converter after configuring the switches.  
1.5.3 Link Fault Pass Through Function  
In common situations, when one side of the link fails, the other side  
continues transmitting packets, and waiting for a response that never  
arrives from the disconnected side.  
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With the Link Fault Pass Through function enabled (optional with  
switch LFP), TP port and FX port of the same converter will inform  
each other the fault link status so that when one side of the link fails,  
the other side will force the link to shut down as soon as noticed. The  
procedure will be illustrated as shown below.  
If link fail happens on TP port (A), the FX port (A) sends non-idle  
pattern to notice the FX port (B). The FX port (B) then forces its TP  
port (B) to link failed after receiving the non-idle pattern. Link status  
LED will also be off for both Converters and Devices as shown below.  
Link LED  
Device A Off  
Device B Off  
FX_LFP  
FX_Link/Act  
TP_Link/Act  
Converter A  
Converter B  
On  
Off  
Off  
On  
Off  
Off  
8
 
Chapter 2 Installation Guide  
2.1 Fast Ethernet Media Converter  
1. The SC fiber connector of MC100CM transmits/receives data by  
1310nm short wave laser on multi-mode fiber.  
2. The SC fiber connector of MC110CS transmits/receives data by  
1310nm short wave laser on single-mode fiber.  
Transmits and receives data on different fibers  
Note:  
You have to use either two MC100CM connectors or two MC110CS  
connectors to cooperate.  
2.2 WDM Fast Ethernet Media Converter  
1. The SC fiber connector of MC111CS transmits data by 1550nm  
short wave laser while receives data by 1310nm short wave laser  
on one single-mode fiber.  
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2. The SC fiber connector of MC112CS transmits data by 1310nm  
short wave laser while receives data by 1550nm short wave laser  
on one single-mode fiber.  
Transmits and receives data on the same fiber  
Note:  
You have to use MC111CS and MC112CS at the same time to  
cooperate.  
10  
 
Chapter 3 Configuration  
In order to achieve the aim of effectively expanding a Fast Ethernet  
network, you can use the converter like the following examples:  
1. Place two converters back to back between the following end  
devices.  
Note:  
You should use two MC100CM Media Converters or two MC110CS  
Media Converters, or one MC111CS and one MC112CS to expand  
your network. Error will occur when you use other ways.  
2. Another effective application is to place one converter directly  
between a 10/100Base-TX network and a 100Base-FX device.  
11  
 
 
3.1 Installation Procedure  
Use a fiber cable to connect two converters, or connect a converter  
with a 100Base-FX Device.  
1. Connection of a Converter and a 10/100Base-TX Device (HUB or  
Switch).  
•
Make sure that the length of the Cat.5 twisted pair cable  
between the 10/100Base-TX device and the converter is less  
than 100 meters.  
•
Connect one end of the Cat.5 twisted pair cable to the RJ45  
jack on the converter and the other end of the cable to the  
RJ45 jack on the 10/100Base-TX device.  
2. Connection of two Converters or a Converter and a 100Base-FX  
Device.  
•
Use a SC fiber cable to connect the two Converters’ SC  
connector or the SC connecter of a Converter and a  
100Base-FX Device.  
3. Turn on the power.  
12  
 
 
Appendix: Specifications  
Standard  
IEEE 802.3 / IEEE 802.3u  
Connector  
1 SC fiber optic; 1 RJ45 jack  
Cat.5 Twisted Pair:100m  
Max.  
Distance  
Multi-mode Fiber Optic: 2km  
Single-mode Fiber Optic: 20km  
Operation: 0ºC ～ 40ºC  
Temperature  
Humidity  
Storage: -40ºC ～ 70ºC  
Storage: 5% ～ 90% RH  
Non-condensing  
Working: 10% ～ 90% RH  
Non-condensing  
13  
 
 

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