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Ind. Fiber Media Converter
C-LIGHT Industrial Fiber Media Converter is a high-reliability networking device designed for harsh industrial environments, enabling bidirectional signal conversion between fiber-optic and copper Ethernet (e.g., 100/1000Base-FX to 100/1000Base-TX) to achieve long-distance (up to 120 km), EMI-resistant data transmission. Key features include multi/single-mode fiber compatibility, auto-negotiation (10/100/1000Mbps), optical isolation, and zero-latency transfer. Its ruggedized industrial design features wide-temperature operation (-40°C to 85°C), IP40-rated housing, vibration/shock resistance, redundant power inputs, and fanless cooling. Ideal for factory automation, energy grids, traffic monitoring, and remote SCADA systems, it complies with CE, FCC, and RoHS certifications, meets industrial EMC and IEEE standards, and supports DIN rail or rack mounting to ensure stable connectivity and signal integrity in extreme conditions.
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  • Product Details

    Industrial Fiber Media Converter for Reliable Fiber-to-Ethernet Network Extension

    Industrial Fiber Media Converter(RJ45+SFP)

    ModelCLIMC1100 SeriesCLIMC3012 SeriesCLIMC3012-SFP

    Product

    Images

    SPEC

    1xRJ45 + 1xSC 100Base-X;

    12~48VDC,4-pin terminal block;

    3W Max;

    95 x 70 x 30 mm;

    0.25Kg;

    Aluminum Case;

    Operating Temperature:-40°C to 75°C;

    MTBF> 200,000 hrs.

    1xRJ45 + 1xSC 1000Base-X;

    12~48VDC,4-pin terminal block;

    3W Max;

    95 x 70 x 30 mm;

    0.25Kg;

    Aluminum Case;

    Operating Temperature:-40°C to 75°C;

    MTBF> 200,000 hrs.

    1xRJ45 + 1xSFP 1000Base-X or 100Base-FX (auto detection);

    12~48VDC, 4-pin terminal block;

    3W Max;

    95x70x30 mm;

    0.25Kg;

    Aluminum Case;

    Operating Temperature:-40°C to 75°C;

    MTBF> 200,000 hrs.


    Industrial Fiber Media Converter(RJ45+SFP)

    ModelCLIMC1200 SeriesCLIMC1200G SeriesCLIMC1200G-SFP

    Product

    Images

    SPEC

    2xRJ45 + 1xSC 100Base-X

    12~48VDC,2-pin terminal block;

    5W Max;

    95x70x30 mm;

    0.25Kg;

    Aluminum Case;

    Operating Temperature:-40°C to 75°C;

    MTBF> 200,000 hrs.

    2xRJ45 + 1xSC 1000Base-X

    12~48VDC,2-pin terminal block;

    5W Max;

    95x70x30 mm;

    0.25Kg;

    Aluminum Case;

    Operating Temperature:-40°C to 75°C;

    MTBF> 200,000 hrs.

    2xRJ45 + 1xSFP 1000Base-X or 100Base-FX(auto detection)

    12~48VDC, 4-pin terminal block;

    5W Max;

    95x70x30 mm;

    0.25Kg;

    Aluminum Case;

    Operating Temperature:-40°C to 75°C;

    MTBF> 200,000 hrs.

    ModelCLIMC2402-OEOCLIMC10G-SFP+

    Product

    Images

    SPEC

    1xRJ45+2xSFP+;

    12~48VDC, Redundant Power (6-pin Terminal Block);

    8W Max;

    95x70x30mm;

    0.25Kg;

    Aluminum Case;

    Operating Temperature:-40°C to 75°C;

    MTBF> 200,000 hrs.

    1xRJ45+1xSFP+;

    12~48VDC, Redundant Power (4-pin Terminal Block);

    5W Max;

    95x70x30mm;

    0.25Kg;

    Aluminum Case;

    Operating Temperature:-40°C to 75°C;

    MTBF> 200,000 hrs.

    The Industrial Fiber Media Converter is designed for reliable bidirectional conversion between fiber-optic and copper Ethernet in demanding industrial environments. The series supports 10/100/1000Mbps auto-negotiation, optical isolation, zero-latency transmission, and fiber connectivity over distances up to 120km in applicable configurations. Available models combine RJ45 interfaces with 100Base-X SC, 1000Base-X SC, SFP, or SFP+ optical interfaces, while rugged aluminum construction, redundant power on selected models, fanless cooling, and industrial temperature operation provide a practical solution for factory automation, energy, transportation, and remote network applications.

    Key Features

    Fiber-to-Ethernet Conversion

    The converter provides bidirectional signal conversion between copper Ethernet and optical fiber for extending industrial network connectivity.

    10/100/1000Mbps Auto-Negotiation

    Supported configurations provide automatic Ethernet speed negotiation for flexible integration with different copper network devices.

    100Mbps to 10G Optical Options

    The product family includes 100Base-X, 1000Base-X, auto-detection 1000Base-X or 100Base-FX, and selected SFP+ configurations for different network bandwidth requirements.

    Long-Distance Fiber Transmission

    Applicable optical configurations support long-distance fiber links up to 120km for remote industrial network connectivity.

    Optical Isolation and Zero Latency

    Optical isolation separates electrical and optical network segments, while zero-latency transfer supports timely Ethernet data forwarding.

    Industrial Rugged Design

    Aluminum housing, fanless cooling, wide-temperature operation, and redundant power on selected models support reliable deployment in harsh environments.

    Product Specifications

    Product Series

    CLIMC1100, CLIMC3012, CLIMC3012-SFP, CLIMC1200, CLIMC1200G, CLIMC1200G-SFP, CLIMC2402-OEO, and CLIMC10G-SFP+

    Copper Interface

    1xRJ45 or 2xRJ45 depending on model

    Optical Interface

    100Base-X SC, 1000Base-X SC, SFP, or SFP+ depending on model

    Optical Protocol

    100Base-X, 1000Base-X, 100Base-FX, or 10GBase-X depending on model

    Ethernet Speed

    10/100/1000Mbps auto-negotiation on applicable models

    Power Input

    12~48VDC through terminal block, with redundant power on selected models

    Power Consumption

    3W, 5W, or 8W maximum depending on model

    Dimensions

    95mm x 70mm x 30mm

    Weight

    Approximately 0.25kg

    Housing

    Aluminum case

    Operating Temperature

    -40°C to 75°C

    MTBF

    More than 200,000 hours

    Model and Interface Options

    CLIMC1100 Series

    Provides 1xRJ45 plus 1xSC 100Base-X fiber connectivity, with 12~48VDC input, 3W maximum power consumption, and a compact 95mm x 70mm x 30mm aluminum enclosure.

    CLIMC3012 Series

    Provides 1xRJ45 plus 1xSC 1000Base-X fiber connectivity for Gigabit industrial Ethernet links.

    CLIMC3012-SFP

    Provides 1xRJ45 plus 1xSFP supporting 1000Base-X or 100Base-FX with automatic detection for flexible optical network integration.

    CLIMC1200 Series

    Provides 2xRJ45 plus 1xSC 100Base-X fiber connectivity for industrial networks requiring two copper Ethernet ports.

    CLIMC1200G Series

    Provides 2xRJ45 plus 1xSC 1000Base-X fiber connectivity for Gigabit Ethernet network extension.

    CLIMC1200G-SFP

    Provides 2xRJ45 plus 1xSFP supporting 1000Base-X or 100Base-FX with automatic detection.

    CLIMC2402-OEO

    Provides 1xRJ45 plus 2xSFP+ interfaces with redundant 12~48VDC power input for higher-capacity optical-to-electrical and optical network conversion applications.

    CLIMC10G-SFP+

    Provides 1xRJ45 plus 1xSFP+ interface with redundant 12~48VDC power input for 10G optical uplink requirements.

    Fiber Conversion Architecture

    Copper Ethernet Access

    RJ45 interfaces provide the copper-side connection for industrial Ethernet equipment, controllers, computers, monitoring systems, and other network devices.

    100Mbps Fiber Conversion

    100Base-X SC and 100Base-FX configurations provide optical connectivity for Fast Ethernet industrial networks and legacy fiber infrastructure.

    Gigabit Fiber Conversion

    1000Base-X SC and SFP configurations provide Gigabit optical uplinks for higher-speed industrial network extension.

    Flexible SFP Connectivity

    SFP-based models allow compatible optical modules to be selected according to the required fiber network interface and transmission distance.

    10G Optical Connectivity

    The SFP+ models provide higher-bandwidth optical connectivity for industrial networks with increased uplink and aggregation requirements.

    Optical Network Isolation

    The fiber connection provides electrical isolation between network segments and helps reduce the effect of electromagnetic interference on optical links.

    Industrial Reliability Design

    Industrial Aluminum Enclosure

    The aluminum housing provides a compact and durable enclosure for industrial fiber media conversion equipment.

    Fanless Cooling

    The fanless design removes mechanical cooling fans and supports low-maintenance operation in industrial environments.

    Redundant Power

    Selected models provide redundant DC power inputs through terminal blocks to improve power continuity for critical installations.

    Vibration and Shock Resistance

    The rugged industrial design supports stable operation in environments where mechanical vibration and shock may occur.

    Wide Temperature Operation

    The listed models support an operating temperature range of -40°C to 75°C for demanding industrial and outdoor environments.

    Long-Term Reliability

    The listed models provide an MTBF greater than 200,000 hours for continuous industrial Ethernet operation.

    Applications

    Factory Automation

    Provides reliable fiber and Ethernet connectivity for industrial controllers, automation equipment, monitoring systems, and distributed network devices.

    Energy and Utility Networks

    Fiber-based Ethernet conversion and redundant power options support communication infrastructure in energy and utility environments.

    Traffic Monitoring

    Industrial media conversion supports Ethernet connectivity between distributed traffic monitoring equipment and centralized network infrastructure.

    Remote SCADA Systems

    Long-distance fiber connectivity provides a reliable communication path between remote industrial locations and supervisory control systems.

    Industrial Fiber Networks

    SC and SFP interfaces provide flexible optical connectivity for extending Ethernet networks across factories, facilities, and remote locations.

    High-Bandwidth Industrial Uplinks

    10G SFP+ configurations provide higher-capacity optical connections for industrial networks requiring increased uplink bandwidth.

    Why Choose the Industrial Fiber Media Converter

    The Industrial Fiber Media Converter combines bidirectional fiber-to-Ethernet conversion, multi-rate Ethernet support, optical isolation, zero-latency transfer, and rugged industrial construction. With 100Mbps, Gigabit, and selected 10G optical interfaces, compact 95mm x 70mm x 30mm housing, redundant power on selected models, and -40°C to 75°C operation, the series provides a flexible platform for extending Ethernet connectivity across industrial fiber networks.

    FAQ

    Q1. What does the Industrial Fiber Media Converter do?

    It converts Ethernet signals between copper RJ45 interfaces and optical fiber interfaces, allowing industrial Ethernet networks to be extended over fiber.

    Q2. What Ethernet speeds are supported?

    Applicable models support 10/100/1000Mbps auto-negotiation, with optical interfaces covering 100Mbps, Gigabit, and selected 10G connectivity.

    Q3. What optical interfaces are available?

    The series includes 100Base-X SC, 1000Base-X SC, SFP, and SFP+ interfaces depending on the selected model.

    Q4. Does the series support redundant power?

    Yes. Selected models provide redundant 12~48VDC power inputs through terminal blocks.

    Q5. What is the operating temperature range?

    The listed product models support an operating temperature range of -40°C to 75°C.

    Industrial Fiber Media Converter

    Designed for industrial Ethernet network extension, the Industrial Fiber Media Converter series combines fiber-to-copper conversion, 10/100/1000Mbps support, SC/SFP/SFP+ interfaces, optical isolation, zero-latency transfer, redundant power options, and rugged -40°C to 75°C operation.

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    Quality inspection

    ●100% of products pass initial test, final test and factory inspection.

    ●3-step quality control management process.

    ●100% complete implementation of customer order quality requirements.

    ●100% guarantee of customer product data information security.

    Quality certification

    Please contact us to download the certification certificate.

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    Please Note: Installing a third party transceiver does not void your network equipment warranty. Network equipment manufacturers all have guidelines stating that warranty support on their products will not be affected.




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