GCAN Industrial Communication & Automation
GCAN is an industrial communication and automation brand with a strong focus on CAN and CANopen technologies. Its product range covers CAN interfaces, analyzers, industrial gateways, Remote I/O and compact PLCs for industrial applications.
For MoCAN, GCAN is an important part of our industrial communication product portfolio. As an independent CAN and industrial communication solution provider, we focus on matching GCAN products to your actual application, communication architecture and system requirements.
Whether you need a CAN interface for development, a gateway for network integration or a bus-based controller for machine automation, we look at the complete communication path rather than the product alone.
GCAN CAN & CANopen Technology
CAN is at the core of many GCAN products, covering both basic CAN communication and more advanced CANopen applications. This allows the product range to support different stages of an automation system, from communication testing and data monitoring to device integration and control.
For CANopen applications, GCAN products can be used for tasks such as device communication, PDO and SDO configuration, network integration and controller connectivity. Combined with gateways, Remote I/O and compact PLCs, these products can be used to build communication paths between field devices and higher-level automation systems.
This CAN and CANopen focus gives MoCAN a practical technical foundation for supporting customers working with CAN-based industrial equipment.
USBCAN-II FD
2 Channel USB CAN FD Analyzer | High-Speed 5Mbps Free ECanVci SDK · 64-Byte Data · Secondary Development · C/C++, C#, Python, LabVIEW
USBCAN-II Pro
2 Channel USB CAN Analyzer | Software-Supported CANopen Master Free ECanVci SDK · Secondary Development · Extensive API Docs · C/C++, C#, Python, Qt, VB.NET
USBCAN-I Pro
1 Channel USB CAN Analyzer | Software-Supported CANopen Master Free ECanVci SDK · Secondary Development · C/C++, C#, Python, LabVIEW, Qt, VB.NET
USBCAN-IIC
2 Channel USB CAN Analyzer | Free ECanVci SDK DBC Signal Parsing · Secondary Development · API Docs · C/C++, C#, Python, LabVIEW
GCAN Product Portfolio
GCAN products cover several levels of industrial communication and control. CAN bus analyzers and USB-CAN interfaces support development, testing, monitoring and diagnostics, while industrial gateways connect CAN devices with Ethernet, serial, wireless and other industrial networks.
Remote I/O modules extend communication into distributed field signal acquisition and control. Compact PLCs and bus-based controllers add local logic and automation functions, particularly for CAN and CANopen-based systems.
Together, these products provide building blocks for different industrial applications. You can use a single device for a specific task or combine several products to create a complete communication and control path.
MoCAN as an Independent Solution Provider
MoCAN works with GCAN products from an application and system perspective. Instead of simply matching a product number to a request, we look at your devices, interfaces, protocols and communication structure to determine what fits the application.
You may need a single CAN analyzer, a gateway between CAN and an industrial network, or a combination of gateways, Remote I/O and controllers. We can help evaluate the communication path and select suitable products accordingly.
As an independent CAN and industrial communication solution provider, MoCAN is not limited to one product type. Our focus is on understanding the requirement, selecting practical products and helping you build a workable communication solution.
GCAN Applications
CAN-Based Machine Automation
CAN and CANopen communication for machine-level automation and control.
Industrial Communication Integration
Connect CAN-based equipment with PLCs, industrial networks and other interfaces.
Distributed Control Systems
Combine CAN communication, Remote I/O and compact controllers across distributed equipment.
Equipment Communication Upgrade
Add modern communication interfaces to existing machines and CAN-based equipment.
CANopen System Integration
Integrate CANopen devices, controllers and field equipment into automation systems.
Industrial Device Connectivity
Build communication paths between field devices, gateways, I/O and control systems.
Custom Communication Solutions
Combine suitable GCAN products according to specific interfaces, protocols and system requirements.
Related Industry Knowledge & Engineering Guides
To support design engineering and procurement teams in sizing and selecting optimal GCAN solutions, our specialists have published comprehensive guides.
From Product Developing to Shipping – Related Content
We maintain end-to-end transparency across the entire manufacturing lifecycle.
Related Demonstration & Facility Videos
Watch high-definition video walkthroughs showcasing automated manufacturing runs and performance testing.
Related Company News & Milestones
Track our corporate announcements and international facility updates related to GCAN.
Related Technical Blogs for GCAN
Explore our latest engineering insights, application guides, and technical blog posts related to GCAN.
Frequently Asked Questions
These FAQs focus on the capabilities and development support of GCAN USB CAN analyzers. They cover the available analyzer range, secondary development resources, supported programming languages and operating systems, and the use of GCAN software for CAN testing and analysis. Selected GCAN models also provide CANopen-related functions for more advanced network development and testing. The FAQs further explain how developers can integrate GCAN interfaces into their own software using available APIs, libraries and example programs. This information helps engineers evaluate GCAN USB CAN analyzers not only as CAN testing tools, but also as practical interfaces for custom software and industrial CAN applications.
Q FAQ Question 18: How Do I Choose the Right GCAN USB CAN Analyzer? ▼
Consider the CAN or CAN FD standard, number of channels, isolation, communication performance, operating system and secondary development requirements. For CANopen or advanced development applications, a model with corresponding software and development support may be more suitable.
Q FAQ Question 17: Can GCAN-TOOLS Be Used for CANopen Development? ▼
Yes. With supported GCAN USB CAN analyzers, including selected PRO and PRO+ models, GCAN-TOOLS can be used for CANopen development and testing, including functions such as node scanning, NMT, SDO and PDO operations.
Q FAQ Question 16: What Software Does GCAN Provide for CAN Testing? ▼
GCAN provides GCAN-TOOLS for CAN message transmission, reception, monitoring and analysis. Selected models also support additional CANopen-related functions through the corresponding software.
Q FAQ Question 15: Can I Develop My Own CAN Software With a GCAN Analyzer? ▼
Yes. Developers can use the provided API, libraries and example code to create customized CAN monitoring, testing, data acquisition and control applications instead of relying only on the standard GCAN software.
Q FAQ Question 14: Which Operating Systems Are Supported? ▼
GCAN USB CAN analyzers support Windows systems, with selected models and software also supporting Linux. Operating system compatibility depends on the specific analyzer and its corresponding driver and development package.
Q FAQ Question 13: Which Programming Languages Are Supported by GCAN USB CAN Analyzers? ▼
Depending on the model and software package, GCAN provides development examples for C#, C/C++, LabVIEW, Python, Qt, VB.NET and VB, helping developers build custom CAN applications.
Q FAQ Question 12: Does GCAN USB CAN Analyzer Support Secondary Development? ▼
Yes. GCAN provides APIs, development libraries and example programs for supported models, allowing users to integrate CAN communication into their own software and industrial applications.
Q FAQ Question 11: What USB CAN Analyzers Does GCAN Offer? ▼
GCAN offers USB CAN analyzers for different CAN communication requirements, including standard CAN and CAN FD models, with different channel configurations and performance levels.
