Introduction: A New Approach to Industrial Communication Integration
As industrial automation systems become increasingly connected, communication compatibility between controllers, field devices, and production equipment is becoming more important. Modern factories often combine equipment from multiple manufacturers, making support for different industrial Ethernet protocols a major consideration during system design.
On November 5, 2026, Texas Instruments (TI) announced two new industrial communication products: the TICS100MOD multi-protocol communication System-on-Module (SoM) and the TIOM2212 dual-channel IO-Link master.
The TICS100MOD supports EtherCAT, EtherNet/IP, and PROFINET on a common hardware platform, while the TIOM2212 provides an interface for connecting IO-Link sensors and actuators to higher-level industrial networks.
Together, these products extend TI's industrial communication portfolio and address a common engineering challenge: reducing hardware complexity while maintaining flexibility across different industrial network architectures.
TICS100MOD: Supporting Three Industrial Ethernet Protocols on One Platform
The TICS100MOD is a compact, pre-certified multi-protocol communication module designed to support three established industrial Ethernet standards:
- EtherCAT
- EtherNet/IP
- PROFINET
TI describes it as the industry's smallest fully featured multi-protocol communications SoM. Its architecture is based on the AM2612 microcontroller (MCU) and DP83826AI Ethernet physical layer transceiver (PHY).
The module integrates two Arm Cortex-R5F processor cores and external memory, providing the processing resources required to run full-featured industrial communication protocol stacks.
One of its main advantages is the ability to switch between supported protocols through firmware updates at startup. This allows equipment manufacturers to maintain a common hardware design while adapting communication functionality to different customer or regional requirements.
For example, a machine manufacturer supplying equipment to several factories may encounter different network preferences. Instead of developing separate communication hardware for every protocol, the manufacturer can use a common platform and configure the required protocol through firmware.
This approach can reduce hardware development effort, simplify product maintenance, and limit the number of hardware variants that need to be managed.
An important distinction is that firmware-based protocol switching does not necessarily mean that all three protocols operate simultaneously. Engineers should confirm the supported operating modes and software configuration before designing the complete communication architecture.
TIOM2212: Extending Industrial Connectivity to Sensors and Actuators
The TIOM2212 is a dual-channel IO-Link master designed to connect field-level devices with higher-level industrial communication systems.
IO-Link is a standardized point-to-point communication technology used between sensors or actuators and an IO-Link master. It provides more information than conventional switching signals by supporting bidirectional communication, device identification, parameterization, process data, and diagnostic information.
The TIOM2212 introduces several features for industrial equipment developers:
- Dual-channel IO-Link master architecture.
- Advanced analog integration.
- Integrated device protection features.
- Support for fast data exchange with connected field devices.
- Compatibility with TI Sitara industrial network SoCs.
- Compatibility with AM13Ex real-time MCUs through an integrated frame processor.
By integrating IO-Link master functionality into TI's broader industrial processing ecosystem, the device helps simplify the connection between field instruments and factory control systems.
For automation engineers, this is particularly relevant when developing distributed sensor interfaces, intelligent I/O systems, and industrial equipment requiring centralized access to field-device information.
Reducing Hardware Complexity in Connected Factories
A modern production facility may contain PLCs, industrial robots, servo drives, remote I/O modules, vision systems, and intelligent sensors. These devices do not always use the same communication protocol.
Supporting multiple industrial Ethernet standards can therefore increase hardware costs, software development requirements, and system validation workloads.
TI's multi-protocol strategy addresses this problem through a combination of programmable hardware and certified software protocol stacks.
Its main engineering advantages include:
Protocol flexibility
Firmware-based configuration allows manufacturers to adapt supported communication protocols without redesigning the hardware platform.
Deterministic communication
TI's real-time processors and communication subsystems are designed to support predictable data exchange and time-sensitive industrial networking applications.
Software customization
Access to the media access control (MAC) layer provides developers with greater flexibility when implementing customized communication functions.
Simplified development
TI provides evaluation modules, software development kits (SDKs), certified protocol stacks, application examples, training materials, and troubleshooting resources.
These resources can reduce the development workload associated with industrial network integration and help engineering teams move from initial evaluation to product implementation.
PRU-ICSS: Handling Real-Time Industrial Communication
Another important part of TI's industrial communication strategy is its Programmable Real-Time Unit and Industrial Communication Subsystem (PRU-ICSS).
This proprietary hardware subsystem is integrated into selected TI microcontrollers and system-on-chips. It is designed to handle deterministic, low-latency industrial communication tasks.
In conventional processor architectures, communication processing can compete with application-level operations for CPU resources. This can become a concern when industrial networks require predictable response times and synchronized data exchange.
PRU-ICSS addresses this challenge by assigning time-sensitive communication functions to dedicated real-time processing resources. The general-purpose Arm CPU can then concentrate on application logic, system management, and other control functions.
This architecture is relevant to applications where communication timing directly affects machine coordination, distributed control, and real-time process data exchange.
From an engineering perspective, separating communication processing from general application processing is a practical way to manage processor workloads as industrial systems become more complex.
Expanding TI's IO-Link Product Ecosystem
With the addition of the TIOM2212, TI is expanding its hardware coverage across different layers of the IO-Link ecosystem.
Its broader portfolio includes:
- IO-Link transceivers.
- Digital output switches.
- IO-Link master devices with integrated frame processors.
This product range allows engineers to source several IO-Link hardware components from the same semiconductor manufacturer.
A more integrated component ecosystem can simplify hardware selection, interface design, technical support, and long-term product maintenance.
However, selecting components from one supplier does not eliminate the need for system-level verification. Engineers must still check electrical compatibility, channel requirements, protection characteristics, communication timing, and software support.
Development Resources and Product Availability
TI is providing development resources to support evaluation and implementation of its industrial communication technologies.
| Resource | Application |
|---|---|
| Industrial Communication SDK | Industrial communication software development |
| TIOL221 Evaluation Module | Evaluation of IO-Link technology |
| Certified protocol stacks | Industrial Ethernet protocol implementation |
| Application examples | Reference designs and development guidance |
According to TI's announcement, the availability schedule is:
| Product | Availability |
|---|---|
| TIOM2212 | Pre-production quantities available for order through TI.com |
| TICS100MOD | Expected availability by the end of 2026 |
TI will also demonstrate its industrial communication portfolio at electronica 2026, scheduled for November 10-13 in Munich, Germany.
The TICS100MOD will be introduced at TI's booth in Hall C4, Stand 159, with demonstrations highlighting multi-protocol industrial Ethernet integration.
Engineering Perspective: Why These Products Matter
In my view, the most important development is not simply the addition of another industrial Ethernet module or IO-Link master. It is the effort to reduce the engineering complexity associated with supporting multiple communication technologies.
For machine builders and automation equipment manufacturers, maintaining different hardware designs for different network standards can create unnecessary development and inventory challenges. A configurable hardware platform offers an opportunity to standardize product architecture while retaining communication flexibility.
The combination of TICS100MOD and TIOM2212 also reflects a broader trend in industrial automation: communication integration is moving closer to the field-device level.
IO-Link makes it possible to access more detailed information from sensors and actuators, while industrial Ethernet provides the communication infrastructure needed to exchange information across machines and control systems.
When these technologies are properly integrated, manufacturers can build more transparent automation architectures with improved access to device diagnostics and configuration data.
Nevertheless, engineers should pay particular attention to three factors before adopting these products:
- Protocol requirements: Verify protocol versions, certification status, supported operating modes, and firmware compatibility.
- Real-time performance: Evaluate communication cycle times, network synchronization, and latency under actual operating conditions.
- Long-term maintenance: Consider firmware update procedures, software lifecycle support, component availability, and compatibility with existing control platforms.
These factors will ultimately determine whether a multi-protocol platform provides measurable benefits in a specific industrial application.
Conclusion: Building More Flexible Industrial Communication Architectures
Texas Instruments' introduction of the TICS100MOD and TIOM2212 represents a further expansion of its industrial communication technology portfolio.
The TICS100MOD provides multi-protocol EtherCAT, EtherNet/IP, and PROFINET support through a common hardware platform. The TIOM2212 extends connectivity to IO-Link sensors and actuators, helping developers integrate field-level devices into higher-level industrial networks.
By combining programmable hardware, real-time processing capabilities, and development software, TI is addressing several practical challenges associated with modern factory communication systems.
As industrial automation continues to evolve, flexible protocol support and better field-level connectivity will remain important considerations for equipment manufacturers, system integrators, and industrial control engineers.
