The SF100x can be used via the EtherCAT bus to collect the I/O status and deliver commands according to the task setting cycle. Configurable management can be performed in the SE1xxx development environment.

EtherCAT IO redundancy is implemented, and if one of the IO modules fails, the EtherCAT data packets are automatically looped back according to the EtherCAT network topology principle.

C/C++ Runtime

SF101x includes PLC, C++, Simulink runtime, SF101x can be used to implement one or more PLCs on the industrial machine for logic processing, users can choose the international standard IEC 61131-3 to achieve PLC programming and debugging, can also choose C/C++ for programming and debugging, and can also run Simuink® exported models.

Scope Data Oscilloscope Local data storage

If one of the machine fails, the other machine will automatically enter the takeover state and take over all the control functions of the main machine.

Scope Data Oscilloscope, TCP Communication, Remote Storage

This series of products is mainly used to process time series data such as sensor acquisition data or PLC control data, and the main operators include:
1. Time series preprocessing operator
2. Time series eigenvalue operators
3. Graph calculation operator
4. Alarm operators such as thresholds and trends

Scope Data Oscilloscope IOT Remote storage

Vision Visual Signal Processing: USB, TCP hardware driver layer

Vision Visual Signal Processing GigE Hardware Driver Layer

To be launched

Deep learning non-real-time inference - discrete process data

ML Discrete Process Data Operators:
1. Clustering algorithms such as knn and kmeans
2. Classification algorithms such as linear regression, logistic regression, and SVM

Machine Learning Real-Time Inference Engine - Time Series Process Data

Machine Learning Real-Time Inference Engine - Image Data

Deep learning non-real-time inference - time series process data

Deep Learning Non-Real-Time Inference - Image Data

Text-to-speech plug-in

The C/S architecture, or Client/Server architecture, is a common software system design paradigm. In this architecture, the system is divided into two main parts: the client and the server side.

The B/S architecture consists of two parts: the browser and the server, that is, the user interface is placed on the browser side, and the core logic of the application is placed on the server side, and data interaction is realized through network transmission. Since you only need to use a browser to access the scene, it has good cross-platformability;

In the industrial sector, formula management is the practice of systematically managing detailed information such as production steps during the manufacturing process. This management process includes the creation, modification, verification, approval, version control, traceability, and documentation, aimed at ensuring product quality, consistency, and traceability.

Through the implementation of a formula management system, enterprises can enhance the efficiency and quality of the production process, reduce production costs, while ensuring product compliance and market competitiveness. The formula management system should possess the following functions:

Creation and Maintenance: Establish formulas that meet product quality standards and conduct regular maintenance and updates of the formulas.

Approval Process: Modifications or creations of formulas must undergo a strict approval procedure to ensure the legality and safety of changes.

Version Control: Implement strict version management for formulas, recording the details of each modification and retaining historical versions for reference.

Traceability Management: Achieve traceability of the product lifecycle by tracking the usage of formulas and production records to address potential quality issues.

Access Control: Set different permissions based on user roles and responsibilities, ensuring that only authorized personnel can perform formula-related operations.

Data Analysis and Reporting: Analyze data related to formula usage, production efficiency, etc., and generate relevant reports to support management decisions.

The User Management plugin is a new plugin. The panel multi-user management plug-in supports the management of multiple users, which not only allows you to view the log details of each user, but also manages and assigns permissions to multiple users on the panel, which can help users manage them collaboratively more conveniently. The panel multi-user management plug-in supports the creation of multiple accounts, and supports assigning different menu permissions to different accounts, and can view the logs of each user; It is convenient for different positions and different departments of the company to manage the panel at the same time to improve management efficiency and safety.

Features of the user management plugin:

Account creation, editing, and deletion of user accounts
Menu permission control
Plug-in permission control
MENUS, PLUG-INS, MYSQL DATABASES, AND FTP ACCOUNT PERMISSION ASSIGNMENTS
Advantages of the user management plugin:

Simple interactive UI interface
There are two different types of accounts: administrator and ordinary user
Provide the allocation of MYSQL database and FTP account permissions for regular accounts.

Message Queuing Telemetry Transport (MQTT) is a lightweight, publish/sub based messaging protocol designed to connect devices and applications in constrained environments. MQTT uses a TCP/IP-based transmission mechanism, which has the characteristics of low bandwidth, low overhead, and high efficiency, and is suitable for various network conditions and device types. The core idea is that the Publisher publishes a message to a topic, and the subscriber receives the message by subscribing to a specific topic. MQTT supports multiple quality levels of Quality of Service (QoS), including At Most Once, At Least Once, and Exactly Once, to ensure reliable and sequential messaging. MQTT is widely used in the Internet of Things, real-time communication, and sensor networks, providing a reliable message transmission mechanism for connecting and interacting distributed systems.

OPC UA (OPC Unified Architecture) is a new industrial software interface specification that aims to propose a unified object and architecture definition for enterprise manufacturing models. It has new features such as cross-platform, enhanced namespaces, support for complex data build-in, and a large number of common services.

For data acquisition and monitoring, collect data from different devices and systems and conduct real-time monitoring and analysis.

The HMI plugin product alarm is specifically designed for the industrial automation sector, utilizing real-time data monitoring technology to detect equipment status anomalies and enable rapid response, ensuring stable operation of production lines.

By integrating advanced monitoring technology and user-friendly design, it provides users with an efficient and convenient alarm solution. Upon detecting abnormal equipment parameters or other preset conditions, it immediately triggers various alarm methods to ensure timely identification of equipment anomalies. It offers detailed descriptions of the anomalies and location information, assisting operators in quickly pinpointing the issues and taking appropriate measures to resolve them. This reduces troubleshooting time and enhances equipment maintenance efficiency.

The alarm function also supports alarm recording capabilities, automatically documenting all alarm events, including the time, type, and cause of the alarms. Users can access historical alarm records at any time for data analysis and problem investigation, providing strong support for the long-term stable operation of the equipment.

SF4000 ACP Communication protocol plug-ins TCP mode

The SF4002 ACP's SDK mode supports libraries in various high-level languages

Modbus Communication plug-ins Modbus RTU，COM、ASCII

SF4101 Modbus Communication plug-ins Modbus TCP

SF4200 Ethernet Communication plug-ins TCP/IP /UDP

SF4201 Ethernet Communication FTP protocol（Client/Server）

SF4202 Ethernet Communication IOT MQTT protocol

SF4203 Ethernet Communication HTTP/Rest protocol

SF4301 OPC UA Communication plug-ins OPC UA（UDP）Pub/Sub

SF4300 OPC UA Communication plug-ins OPC UA （TCP）（Client/Server）

SF4401 Database Communication plug-ins OLE Database Server

SF4400 Database Communication plug-ins XML Database Serve

SF4501 IEC61850 Electricity Communication Regulations

SF6000 Safety Function Blocks

SF8010 iComputer Equipment Management Tool

SF5000 Basic Motion Control SM3_Basic

SF5010 CNC Function SM3_CNC

SF5020 Shaft Group Function SM3_Robotics

SF5110 Imputation Exercises NCI

SF5100-0001 NC PTP，Up to 25 axes are supported

SF5100-0000 NC PTP , Up to 10 axes are supported

SF5100-0002 NC PTP , Up to 255 axes are supported

SF5101-0000 NC Camming，Electronic cam

SF5101-0001 Flying Saw

SF5102-0000 NC Axes Coupling，FIFO Position follows

SF5120 Kinematic transformations, model level 1

SF5121 Kinematic transformations, model level 2

SF5122 Kinematic transformations, model level 3

SF5123 Kinematic transformations, model level 4

SF5130 Robot

SF5140 CNC

SF5150 Hydraulically Controlled

SF5180 PID and Signal Processing

SF5190 The packaging industry standardizes the PackML library

MetaOS + Linux desktop (no RTE) (temporarily released ubuntu desktop, Sinsegye's self-developed version will be released in December 2024) Layer 1 virtualization

SO2001 MetaOS + Linux Desktop + RTE (with license) (ubuntu desktop will be released temporarily, Sinsegye self-developed version will be released in December 2024) Layer 1 virtualization

SO3000 MetaOS+Windows10 LTSC Enterprise Edition（Not activated、No RTE）Layer 2 virtualization

SO3001 MetaOS+Windows10 LTSC Enterprise Edition（Not activated）+RTE （License included）Layer 2 virtualization

SO3100 MetaOS+Windows11 LTSC Enterprise Edition（Not activated、No RTE）Layer 2 virtualization

SO3101 MetaOS+Windows11 LTSC Enterprise Edition（Not activated）+RTE(License included)Layer 2 virtualization

SO4000 MetaOS+Tongxin UOS Desktop（No RTE）LayerⅡ Virtualization

SO4001 MetaOS+Tongxin UOS Desktop+RTE（including license）LayerⅡ Virtualization

SO6000 MetaOS+Huawei Euler Desktop (No RTE) LayerⅡ Virtualization

SO6001 MetaOS+Huawei Euler Desktop+RTE (including license) LayerⅡ Virtualization

SO7000 MetaOS+Ubuntu22.04 Desktop(No RTE）LayerⅡ Virtualization

SO7001 MetaOS+Ubuntu22.04 Desktop+RTE（with license）LayerⅡ Virtualization

SO7100 MetaOS+Ubuntu18.04 Desktop（No RTE）LayerⅡ Virtualization

SO7101 MetaOS+Ubuntu18.04 Desktop+RTE（with license）LayerⅡ Virtualization

The system collects upstream and downstream multi-dimensional data, synchronously analyzes the root cause of equipment failure warning, integrates multi-dimensional data to reduce unplanned downtime, and analyzes the remaining life, continuous signal, anomaly detection, time series, and causes to improve the nursing ability, and quickly fuse input and output to reduce the difficulty of fusion.