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TP-Link MC111CS | Media converter | 1x SC/UPC, 1x RJ45 100Mb/s, 1550/1310nm, Single mode

CODE: TL-MC111CS / EAN: 6935364030414

TP-Link MC111CS | Media converter | 1x SC/UPC, 1x RJ45 100Mb/s, 1550/1310nm, Single mode

CODE: TL-MC111CS / EAN: 6935364030414
22,35 GBP without VAT (net)
Out of stock
Data transmission speed: Fast Ethernet
Transmission distance: 4-20km
Type of fiber optic connector: SC
Auto MDI/MDI-X: Yes
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About product

High-end media converter - TP-Link MC112CS

The TP-Link MC111CS media converter is designed for bidirectional conversion of 100BASE-FX fiber optical signal into 100Base-FT signal conducted with copper cable. Thanks to WDM media converter MC111CS uses only one fiber optic cable to transmit and receive data, which reduces the cost of cabling by half. Designed according to IEEE 802.3u 10/100Base-TX and 100Base-FX standards. The MC111CS is designed for use with single-mode fiber optic cable using a SC-Type connector.

MC111CS-00

Long-wave LX transmission

With the MC111CS and in accordance with the LX long-wave optical transmission specification, the speed of wired data transmission is maximized. The media converter sends signals at 1310 nm and receives at 1550 nm. On the other hand, in the device to which we connect the converter, it has to send signals of 1550 nm wavelength and receive those of 1310 nm wavelength. An example of TP-LINK device cooperating with MC111CS is the converter MC112CS.

TP-LINK MC111CS-001

Standalone device

The converter can work as a stand-alone device or can be mounted in a 19' TP-LINK cabinet, and thanks to LED indicators on the front panel the status of the device will always be visible.

TP-LINK MC111CS-001

WDM media converter TP-Link MC111CS

  • Compliant with 802.3u 10/100Base-TX, 100Base-FX standards
  • Link Fault Passthrough and Far End Fault functions that minimize signal loss
  • Support for WDM technology, which enables the transmission and reception of data on a single fiber optic cable
  • Increased range of optical fibre transmission up to 20 km
  • Auto MDI/MDI-X (Auto MDI/MDI-X)

Specification

Features / filters
Data transmission speed Fast Ethernet
Transmission distance 4-20km
Type of fiber optic connector SC
Auto MDI/MDI-X Yes
Cabling technology UTP 3, 4, 5e, 5
Certification FCC, CE
Compliance industry standards IEEE 802.3, IEEE 802.3u, IEEE 802.3x
Connectivity technology Wired
Depth 73
Dimensions (WxDxH) 94.5 x 73 x 27
Ethernet interface type Gigabit Ethernet
Ethernet LAN (RJ-45) ports 1
Ethernet LAN data rates 1000
Fiber mode structure Single-mode
Fiber optic connector SC
Fiber ports quantity 1
Full duplex Yes
Height 27
I/O ports 1x 100M SC 1x 100M RJ45
Internal No
LED indicators Power, Speed
Maximum data transfer rate 1000
Maximum transfer distance 20000
Networking standards IEEE 802.3,IEEE 802.3u,IEEE 802.3x
Operating relative humidity (H-H) 10 - 90
Operating temperature (T-T) 0 - 40
Package depth 165
Package height 65
Package width 204
Power consumption (max) 2.49
Product colour Black
Storage relative humidity (H-H) 5 - 90
Storage temperature (T-T) -40 - 70
Sustainability certificates RoHS
Wavelength 1550
Width 94.5

Media Convention and Module
Basic functions WDM technology
Full and half duplex mode on FX port
Full duplex data flow control (IEEE 802.3x standard)
Half duplex (Backpressure) data flow control
Link Fault Passthrough and Far End Fault functions minimize signal losses caused by connection errors
Increase the range of fiber optic transmission up to 20km
Ports 1 SC/UPC port 100M
1 port RJ45 100M (Auto MDI/MDIX)
Wavelength 1550nm Tx/1310nm Rx
WDM TX 1550nm
WDM RX 1310nm
Mains cable 10BASE-T Cat 3, 4 or 5 UTP cable (up to 100m)
STP EIA/TIA-568 cable 100Ω (up to 100m)
100BASE-T network cable Cat 5, or 5e UTP cable (up to 100m)
STP EIA/TIA-568 cable 100Ω (up to 100m)
100BASE-FX power cable Single mode optical fibre
Diode indicators PWR, FDX/Col, Link/Act, SPD
Dimensions (S×G×W) 94.5*73.0*27.0 mm (3.7*2.9*1.1 inches)
Power supply External power supply
Maximum power consumption 2,49W
Certificates FCC, CE, RoHS
Working environment Operating temperature: 0℃~40℃ (32℉~104℉)
Storage temperature: -40℃~70℃ (-40℉~158℉)
Operating air humidity: 10%~90%, non-condensing
Storage humidity: 5%~90%, non-condensing

Support

Installation instructions Download

Faq

Why is the SFP socket LED not lit when the SFP module is connected?

The status of the LED does not change when only the SFP module is connected. Only when all connections are correct can the port LEDs light up.

How can I specify the RX and TX ports of the SFP module?

On the SFP module you can see two triangles, as shown in the picture below, the pole towards the outside indicates the Tx port (transmission), while the pole towards the inside indicates the Rx port (reception). When connecting the SFP, we have to make sure that Tx and Rx are matched on both sides, which means Tx <-->Rx, Rx <-->Tx.

How can I assess that the SFP module works with the switch?

In the case of the multimode SFP module, because the multimode wavelength in the visible light range, we can see the red laser from the Tx port after inserting the SFP module into the SFP socket. And when we connect the optical fibre, we can also see the red laser from the end of the optical fibre that is connected to the Tx port. However, in the case of single-mode devices, such a phenomenon is not visible because the wavelength of the single-mode is outside the visible light range.

What can I do if the LED is off when connected?

1) In the case of the multimode SFP we can check the red laser on both sides as explained above; in the case of the single-mode SFP this can be checked with professional fiber optic testers.

  • If there is no red laser from the SFP's Tx port when it is plugged into the SFP socket, the SFP or SFP socket may be damaged, it is recommended to change the SFP or SFP socket to perform the test.
  • If we see a red laser from the SFP module's Tx port, but there is no red laser at the end of the fiber plugged into the Tx port, it may be due to the fiber, we can try another fiber.

    • 2) For multimode and single-mode SFP, the following points should also be checked:

  • Check that Tx and Rx are matched as explained above.
  • Check if the size (9 / 125um, etc.), Mode (single / multiple), fiber length meet the requirements of the SFP.
  • Check that the SFP port speed is compatible with the SFP module. For example, the Gigabit SFP can only work with an SFP port of 1000 Mbps.

    • 5. Can SFP / media / TP-Link switches work with devices from other manufacturers?

    1) All TP-Link SFPs, Media Converters and Switches can work together.

    2)Our SFPs/media converters/switches are industry standard and do not have any detection code or any other detection mechanism, but some other suppliers may limit their models to work with their own devices only. If you want to use our SFP/Media Converter/Switches together with devices from other manufacturers, please contact their support person to see if there is any detection project or if you can work with a switch from other suppliers.

    22,35 GBP without VAT (net)
    Out of stock
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