E-link China Technology Co.,LTD

E-link Launches Next-Generation LNK-AIMC005GMP Industrial AI Smart Managed PoE+ Switch with Voltage Booster E-link, a leading provider of industrial networking solutions, is proud to announce the launch of its LNK-AIMC005GMP — a compact yet powerful Industrial AI Smart Managed PoE+ Ethernet Switch featuring a built-in Voltage Booster, designed specifically for solar-powered systems, Starlink deployments, and harsh outdoor environments. Key Features and Innovations The LNK-AIMC005GMP is a 5-port 10/100/1000BASE-T Gigabit Ethernet switch with 4 PoE+ ports supporting IEEE 802.3af/at up to 30W per port. Its standout innovation is the integrated Voltage Booster, which enables flexible DC input ranging from 9V to 54V while delivering stable 48V PoE output — ideal for solar battery systems and off-grid installations. Intelligent Power Management Voltage Booster Technology: Converts low-voltage DC input (as low as 9V) to 48V PoE output, delivering up to 120W total PoE power budget depending on input voltage levels. Dynamic Input Range: 12V input → 60W PoE output | 24V input → 120W PoE output | 48V input → 120W PoE output. Mode A & B Switchable: End-span + Mid-span PoE power delivery, supporting both Mode A (1/2+, 3/6-) and Mode B (4/5+, 7/8-), switchable through the management interface. AI Smart Managed Platform The switch comes with a comprehensive AI Smart Managed web-based dashboard accessible via PC (MacOS/Windows browsers) and Android mobile app, offering real-time monitoring of: Monitoring Feature Description Service Board StatusReal-time temperature, voltage, and current monitoring Per-Port PoE ControlPSE status, active pairs, supply voltage, and power consumption per port RJ45 Port StatusLink status, current rate, and connection diagnostics Restart PoERemote PoE reboot for connected devices Scheduled ResetTime-based automatic device restart Port PoE Scheduled RestartIndividual port-level scheduled reboot for maximum flexibility Built for Extreme Environments Wide Operating Temperature: -40°C to +75°C (-40°F to 167°F), suitable for outdoor and industrial deployments worldwide. 6KV Lightning Surge Protection: All ports equipped with robust surge protection, ensuring reliable operation during electrical storms. Industrial-Grade Build: Aluminum casing with DIN-Rail mounting, compact dimensions of 98 x 67 x 46 mm, and a lightweight design at only 320g. High Reliability: MTBF exceeding 200,000 hours, with switching capacity of 20Gbps (non-blocking). Starlink & Solar System Compatibility The LNK-AIMC005GMP is fully compatible with Starlink Gen2 and Gen3 terminals, making it the perfect power and connectivity solution for remote communication sites. Combined with its wide DC input range, it seamlessly integrates into solar-powered networks where traditional AC power infrastructure is unavailable. Ordering & Availability Specification Detail Model NumberLNK-AIMC005GMP Unit Price$29.90 Minimum Order Quantity1 PCS Supply Ability10,000 pcs/month Delivery Time10-15 Working Days Payment TermsL/C, T/T, Western Union CertificationsISO9001, CE, FCC Part 15 Class A, RoHS About E-link E-link is a trusted manufacturer of industrial networking equipment, specializing in PoE switches, media converters, and fiber optic solutions. With a commitment to quality, innovation, and customer satisfaction, E-link products are deployed in mission-critical applications across telecommunications, security surveillance, smart transportation, and renewable energy sectors worldwide. For more information or to place an order, please visit our website or contact our sales team.

E-link Introduces the LNK-AI3011M-SFP: AI-Driven Smart Managed Fiber Media Converter E-link China Technology Co., Ltd., a leading innovator in fiber optic communication solutions, proudly announces the launch of the LNK-AI3011M-SFP AI Smart Managed Fiber Media Converter. This next-generation device integrates artificial intelligence with industrial-grade media conversion, delivering an unprecedented level of intuitive management and real-time diagnostics for mission-critical network infrastructures. Revolutionizing Network Management with AI Unlike traditional media converters that require specialized test instruments and technical expertise for troubleshooting, the LNK-AI3011M-SFP empowers users with a mobile APP and PC-based intelligent web management platform. This innovative approach eliminates the dependency on external diagnostic tools, enabling both professionals and non-specialists to monitor and maintain fiber optic networks with ease. One-Click Comprehensive Diagnostics With a single tap, users can access a wealth of real-time operational data: System Parameters: Operating current, voltage, and temperature Optical Module Metrics: Transmit power, receive power, and all DDM (Digital Diagnostics Monitoring) information Port Status: Ethernet and fiber port link status, data rates, and LFP (Link Fault Pass-Through) status Intelligent APP and Web Management Features Feature Description Graphical Device Dashboard Intuitive visual presentation of detailed device information and operational status SFP Module Intelligence Comprehensive SFP module parameters including optical power, wavelength, transmission distance, data rate, and temperature Customizable Alarm Thresholds User-defined optical power thresholds with multi-level alerts Scheduled Maintenance User-defined scheduled reboot for automated network maintenance Multi-Method Alarms Real-time alarm notifications via multiple channels for immediate fault response Built for Critical Applications The LNK-AI3011M-SFP is engineered to excel in the most demanding environments. Its rugged aluminum casing, wide operating temperature range (-20°C to 70°C), and robust design make it the ideal choice for: Forest Fire Prevention Systems Water Area Monitoring Networks Highway and Urban Road Surveillance Rail Transit Communication High-End Office Building Infrastructure Petrochemical Facility Monitoring Automated Equipment Communication and Control High-Performance Specifications The converter features 1 x 100/1000Base-X SFP port (with auto-detection) to 1 x 10/100/1000BASE-T RJ45 Ethernet port, supporting store-and-forward processing at wire-speed rates up to 1,488,000 packets per second. With a 9K jumbo frame capability and compliance with IEEE 802.3/802.3u/802.3ab/802.3z standards, it ensures seamless integration into any existing network architecture. Specification Detail Dimensions 93 x 71 x 29 mm Weight 100g Power Input 5~58V DC (AC-DC adapter included) Power Consumption 3W Max MTBF > 200,000 hours Fiber Distance (Single Mode) Up to 200 km Certifications ISO9001, CE, FCC Part 15 Class A, RoHS Intelligent Alarm System The device incorporates a sophisticated LED indicator system with dedicated status lights for power, Ethernet link/activity, SFP link/activity, and fiber port alarms. The Fiber Port Alarm (F1 ALM) provides three-level optical power monitoring: red for below-threshold, orange for near-threshold, and off for normal operation. Combined with Link Fault Pass-Through (LFP) functionality, network administrators can instantly identify and locate fiber link failures. Cost-Effective, Future-Ready Networking "The LNK-AI3011M-SFP represents a paradigm shift in media converter technology," said the E-link product team. "By integrating AI-driven intelligence into a compact, cost-effective form factor, we are enabling businesses of all sizes to deploy and maintain professional-grade fiber optic networks without the traditional overhead of specialized training and expensive diagnostic equipment." The LNK-AI3011M-SFP AI Smart Managed Fiber Media Converter is available now. SFP modules are sold separately, with a comprehensive range of options covering multi-mode (550m to 2km) and single-mode (20km to 200km) fiber distances. For more information, visit www.e-linkchina.com.cn or contact the sales team at sales@e-linkchina.com.

Traditional network cables have a transmission distance of only 100 meters, and electromagnetic interference and wiring distance limitations have long plagued network setups in security, parks, and small computer rooms. The E-link LNK-M3011 series of miniature gigabit optical converters, with their compact design, Type-C portable power supply, and adaptive capabilities for both hundred-megabit and gigabit optical ports, connect the network cable and fiber optic transmission links, enabling cost-effective long-distance network extension. This SC micro fiber converter is a lightweight optical-electrical conversion solution for small-scale weak current projects and mobile networking. What is the product? LNK-M3011 is a miniature 10/100/1000Base-T to 100/1000Base-FX Ethernet media converter, also known as an SC optical Converter. The overall size of the device is only 62×44×18mm. It is equipped with 1 adaptive RJ45 electrical port and 1 SC optical port. The SC micro fiber converter is compatible with three optical fiber schemes: multi-mode dual-fiber, single-mode dual-fiber, and single-mode single-fiber WDM. This SC micro fiber converter uniformly adopts 5V Type-C power supply. The overall power consumption is 3W. It supports 9K large frame forwarding and complies with the complete IEEE Ethernet standards. It can automatically identify 100M/1000M optical signals and is compatible with mainstream network terminals such as switches, network cameras, and NVRs. Working Principle The SC micro fiber converter is equipped with a switched photoelectric conversion chip, enabling bidirectional lossless conversion between electrical signals and optical signals. The RJ45 port receives the Ethernet electrical signals transmitted by the network cable, and the internal circuit completes signal shaping before driving the optical module to convert into optical signals. These signals are then transmitted via optical fibers to the opposite device. The optical detector at the opposite end receives the optical signals and restores them to standard electrical signals, which are then output through the network port to the terminal. The SC micro fiber converter automatically matches full/half duplex and MDI/MDI-X wiring orders, eliminating the need for manual configuration of rate and wiring order. The optical ports automatically identify 100Base-FX or 1000Base-X signals, ensuring seamless communication between 100-megabit and 1-gigabit devices. The transmission bit error rate is lower than 10⁻⁹, and the MTBF (Mean Time Between Failures) is 100,000 hours, ensuring long-term stable and reliable operation. Installation and Usage Steps Power Supply Connection: Connect the Type-C data cable between the device and a 5V power adapter or mobile power bank. The PWR indicator light remaining on indicates normal power supply. Network Cable Connection: Use Category 5/6 network cables. One end connects to the RJ45 port of the device, and the other end connects to a switch, NVR, or IP camera. The TX light being on indicates a normal link at the electrical port. Fiber Optic Connection: Insert the SC fiber optic jumper into the device’s optical port. When deploying single-fiber models in pairs, distinguish between A and B ends for pairing use. The FX/ACT flashing indicates normal data forwarding. Status Check: When there is no link, check the fiber optic end faces and network cable connectors. Replace with a fiber module of the matching wavelength and distance to restore the connection. Importance and Key Features This SC micro fiber converter addresses the bottleneck of copper cable transmission over 100 meters, and the optical fiber link is immune to electromagnetic interference. The single-mode can achieve the farthest transmission distance of up to 80 km, significantly reducing the cost of wiring across buildings and over long distances. The compact design can be embedded in cabinets for integration, and is portable for on-site debugging. USB Type-C power supply frees it from the constraints of fixed power sources, making it suitable for temporary networking and outdoor inspections. This SC micro fiber converter supports full-rate adaptive, large frame, and operates within a wide temperature range of 0 to 45°C, suitable for various environments such as monitoring, office work, and industrial applications. Multiple fiber optic specifications are available, and the single-fiber model can save half of the fiber optic wiring resources, reducing engineering material costs. The entire SC micro fiber converter does not require software debugging; it is plug-and-play, significantly reducing the construction and debugging time. Application Scenarios The core application scenario is security monitoring, where high-definition cameras in parks and construction sites can transmit video footage over long distances to the NVR storage room for storage; enterprises and campuses can establish cross-building networks to connect different building switches to achieve gigabit internal network interconnection; small data centers, mobile operation and maintenance temporary fiber optic links can be set up quickly by relying on portable power supply to test the network; industrial weak current workshops and intelligent traffic points can avoid electromagnetic interference from motors and equipment to ensure stable data transmission. The multi-mode short-range solution is suitable for indoor wiring in parks, while the single-mode single-fiber solution is suitable for long-distance point expansion and is adaptable to various small and medium-sized fiber optic networking projects. The LNK-M3011 SC micro fiber converter combines portability, compatibility and transmission stability. With an extremely small size, it can cover the optical conversion needs for both 100Mbps and 1000Mbps in various scenarios, effectively addressing the pain points of long-distance network transmission. It is a cost-effective preferred device for high-performance fiber networking in security, office, and industrial applications, promoting lightweight fiber networking.

In industrial communication scenarios, traditional serial port signals are often affected by electromagnetic interference and have limited transmission distances, which have long hindered the stable operation of equipment. The E-link LNK-IRS93-SC series industrial serial port fiber optic modems (serial port optical network units) convert RS232, RS485, and RS422 serial port signals into optical fiber signals for transmission. This effectively overcomes the shortcomings of traditional communication methods. With high stability and long transmission distances, they have become core communication components in industrial control, stage lighting, and other fields. Product Definition LNK-IRS93-SC is an industrial three-in-one serial port optical conversion device that complies with EIA/TIA standards for RS232, RS485, and RS422, and is a plug-and-play type serial port optical modem. The fiber optic modem integrates multiple serial port interfaces, with a maximum transmission rate of 2 Mbps, capable of achieving bidirectional conversion between serial port signals and optical signals. It is specifically designed to extend the communication distance of serial ports and is suitable for the networking of various industrial serial devices. Working Principle The core principle of this device is the mutual conversion of optical and electrical signals. The front-end receives RS232, RS485 or RS422 electrical signals from the terminal device. The internal circuit modulates the electrical signals into optical signals and transmits them over a long distance through an optical fiber medium. The receiving end device then demodulates the optical signals back into standard serial port electrical signals for the subsequent device to read. The entire data transmission process is transparent. The fiber optic modem can adapt to different baud rates on its own without the need for additional parameter settings. Moreover, the optical transmission characteristics can isolate electromagnetic interference, ground loop interference and lightning damage, ensuring the complete transmission of data. Installation and Usage Hardware Installation: The equipment supports two installation methods: DIN rail mounting and wall mounting. The factory default comes with a rail bracket, and the packaging includes wall mounting accessories. Simply fix the equipment according to the on-site environment and it supports hot-swapping operation. Wiring Connection: Connect the serial port device using industrial terminals, distinguishing the TxD, RxD, D+, D-, GND interfaces; for the optical fiber interface, the default standard is SC interface, but ST, FC, LC connectors can also be selected. Connect the two ends of the optical fiber to the optical ports of the two optical modems respectively. Power Supply Connection: Connect to a DC 12V – 48V direct current power supply. The equipment’s power consumption is less than 5W. Once the power is turned on, the indicator light will light up normally, indicating successful power connection. Debugging and Operation: The equipment does not require parameter configuration. After wiring is completed, it can automatically match the baud rate and communication protocol, and directly achieve two-way data transmission. Core Features and Importance This serial port fiber optic modem has extremely strong adaptability to industrial environments. Its operating temperature range is from -25℃ to 75℃, and the storage temperature range can reach -40℃ to 85℃. It can operate stably in both high and low temperature environments. The fiber optic modem is equipped with 15KV static protection and 1500W/second surge protection, significantly enhancing the risk-resistance capability of industrial sites. The transmission distance is outstanding. For multimode fiber, the maximum transmission distance is 5 kilometers, and for single-mode fiber, it can reach up to 80 kilometers, completely solving the transmission limitations of traditional RS232 (only 15 meters) and RS485/422 (only 1000 meters). This fiber optic modem not only improves the reliability and confidentiality of industrial data communication, but also reduces the probability of equipment failure, making it a key device for ensuring the continuous operation of industrial systems. Application Scenarios The fiber optic modem has a wide range of applications. It is mainly used in various industrial automation control and process control systems. It is also compatible with scenarios such as stage lighting DMX512 communication and traffic signal control. In scenarios like data center monitoring and remote equipment operation, long-distance serial communication links can be established to achieve data exchange between the monitoring room and remote serial devices. Currently, this fiber optic modem has been widely implemented in various industry scenarios that require long-distance and highly stable serial transmission. The LNK-IRS93-SC series industrial serial port optical modem, with its solid hardware protection, flexible installation method, extremely long transmission distance and no-debugging usage advantages, perfectly compensates for the shortcomings of traditional serial communication. As a basic conversion device for industrial communication, it meets the needs of multiple industries and is an ideal choice for building a secure, stable and long-distance serial communication network.