Finger Company continuously optimizes its IoT solutions and develops a new generation of IoT data acquisition gateways. It provides 6 high-speed Ethernet interfaces, offering richer data acquisition solutions. It can collect data from multiple objects simultaneously, connect to external data platforms, and debug data, helping accelerate the interconnection of all things in the CNC industry.

As a key component of data acquisition and forwarding, the reliability and performance of the digital gateway are crucial. Especially for digital gateways with 10,000 points or more, they will be an important part of future factory automation product data acquisition, with high speed, high reliability, and edge data processing becoming the trend of the next generation of digital gateways.

The Finger iLink digital gateway is an embedded, high-performance industrial-grade product. It can be used not only in automation scenarios but also has great market prospects in instrumentation, water treatment, wind power, and other fields. Its enormous computing power can not only meet the requirements of data acquisition and forwarding but also deploy complex edge computing, providing customers with a cost-effective choice for product edge deployment.

Product Overview

Finger iLink digital gateway product is an embedded, high-performance industrial-grade product.

It provides 6 channels of 100Mbps Ethernet ports (one of which is used as a configuration network) and 2 RS232, 4 RS485 serial ports.

It has functions such as device timing and offline data caching, with mature and professionally designed reliability and stability.

It has rich communication interfaces and high-performance computing capabilities (2GHz*4 cores).

It supports various ways to achieve edge collection and data forwarding functions.

Product Features

Rich Data Acquisition Protocols

Intelligent collection algorithms support data collection from various PLCs, CNCs, power, and water treatment equipment. It embeds mainstream industrial protocols (Modbus, OPCUA, Siemens S7 protocol, GE Ethernet...) and supports custom protocol development.

Edge Computing Function

Supports various edge computing functions: intelligent data collection, data filtering, formula calculation, and data grouping strategies. It can achieve data standardization for different devices, greatly saving development costs.

Flexible Cloud Connectivity

Supports multiple protocols for connecting to cloud platforms: (MQTT, MODBUS, HTTP(s), etc.). Supports customizable adaptation.

Intelligent System Gateway Management Software

Supports engineering configuration for data collection, device maintenance functions, and real-time monitoring of collected and forwarded data.

Application Scenarios

Product Structure

Product Specifications