Sinrui solution case study
System Controllers, I/O links, Cellular and Wireless devices
Trending Realization
The 4th Industrial Revolution, marked by high-speed, low-latency, reliable communication, is epitomizing the fusion of Information Technology (IT) and Operational Technology (OT), enabling near-instantaneous connectivity. This integration expedites delivery of vital information to decision-makers. For effective realization of smart manufacturing, it's critical to implement robust connectivity solutions that link legacy industrial machines with Internet of Things (IoT) devices, such as sensors, robotics, and the network system.
Our Commitment
Having collaborated closely with global leaders throughout the industrial revolution's stages, Sinrui has been instrumental in developing high-speed hardware solutions integrating cutting-edge chip technology, positioning us at the forefront of the smart manufacturing era. Capitalizing on our two decades of intrinsic manufacturing experience, we have cultivated an extensive portfolio of connector and cable solutions, built to withstand the rigorous conditions of industrial applications. Our proficiencies span across factories, Robotic Process Automation (RPA) production, surveillance systems, industrial gateways, and diverse device solutions.
Our Interconnect Solution
Sinrui excels in providing robust and reliable connectivity solutions, integral for systems requiring real-time distributed control and industrial network systems.
Our offerings encompass a comprehensive range of sensor connectors, from M5 to M23, extensively used with fieldbuses. Our catalogue also includes D-sub connectors for point-to-point devices, modular jacks (RJ45, RJ10, & RJ11) for telecommunication and Ethernet systems, and an array of I/O connectors such as USB Type A, Micro USB Type B, and Type C, supporting high-speed signal transmission (up to 10Gbps).
We furnish DC jacks for stable power input to systems, alongside memory storage modules like SSD, DDR, and DIMM, compatible with PCIe, DDR sockets, SATA interfaces, or MicroSD card connectors for autonomous operations.
Furthermore, we accommodate wireless technologies with SIM card connectors compatible with 3G, 4G LTE, and 5G New Radio (NR), and RF connectors including MMCX, SMA, and GSC (Micro) for Wi-Fi networking antenna applications.
Industrial PC, Gateway and Communication Systems
In industrial automation applications, including monitoring, motion control, data acquisition (DAQ), and automated testing, the use of industrial computers and Ethernet managed/unmanaged switches is integral. These components facilitate large-scale data collection and analysis, empowering production floors with invaluable sensor and machine-generated data for informed decision-making on machine maintenance and manufacturing processes. Harnessing this data allows businesses to optimize operations, boost productivity, and foster continuous manufacturing process improvement.
Applications
System Controllers, I/O links, Cellular and Wireless devices
Ethernet and wireless I/O solutions, integral to Industrial Internet of Things (IIoT) applications, provide diverse connectivity options for industrial process control systems. They excel at reliably transmitting digital or analog I/O signals across various applications, be it factory surveillance, industrial process control, or others. Ongoing advancements in communication systems offer an array of options to address I/O communication needs in process and control technology.
Industry 4.0 and Industrial IOT
Video Surveillance, Monitoring and Detection
Video Surveillance, Monitoring and Detection
Leveraging advanced AI machine learning technology with surveillance infrastructure, including cameras, recording, storage, and management hardware, offers organizations improved operational insight and anticipation. This integration facilitates real-time analysis, detection, and situational alerts, enhancing video diagnostics capabilities. Manufacturers can thus actively oversee factory floors and production processes, enabling prompt responses to critical events and fostering improved operational efficiency.
Edge Computing & Robotics Process Automation (RPA)
Robotic Process Automation (RPA) enhances industrial productivity and profitability by streamlining predictive maintenance, digital production, and other iterative critical processes. However, optimal RPA performance necessitates substantial computing resources. By automating routine tasks, RPA allows professionals to prioritize strategic, value-adding activities. Considering the real-time processing requirements of these operations, the adoption of low-latency solutions like Edge Computing is crucial for efficient, timely execution.
HMI (Human & Machine Interface) Systems
HMI (Human & Machine Interface) Systems
The Industrial Human-Machine Interface (HMI) suite, comprising devices like Touch Panel PCs, Industrial Thin Clients, Web Terminals, and Industrial Monitors, is radically transforming factory dynamics. These interfaces provide visual cues about machine status, facilitating swift issue identification and resolution by operators. By fostering operator efficiency and productivity, these industrial HMI devices significantly bolster overall operational efficiency, thereby minimizing factory floor downtime.
Railway & Roadway Network Solutions
The robust and efficient operation of data communication in railway and roadway systems critically hinges on the integration of Ethernet switches and wireless access points (APs). Serving as the backbone for a stable network infrastructure, these devices also power essential equipment such as IP cameras and speakers. With the support of both wired and wireless APs, seamless data transmission is facilitated, enabling effective data collection from various devices in challenging conditions. To bolster this setup, the use of rugged, anti-vibration connectors is vital, as they ensure continuous and dependable network communication.
