Texas Instruments (TI) announced today that it is adding agentic AI to its CCStudio development ecosystem. The headline feature is what TI calls the industry's first device migration skill, which the company says shortens embedded software migration from months to days, or even hours.

CCStudio integrated development environment (IDE) now includes agentic AI. Image used courtesy of Texas Instruments.

TI will demonstrate the tools at electronica 2026 in Munich, November 10–13, and says the agentic capabilities are available today across its MCUs, wireless connectivity devices, and radar SoCs.

Grounding AI Agents in Device Data

Generic AI coding tools struggle with embedded work because pin multiplexing, peripheral registers, clock trees, and low-level timing all demand hardware-specific context. Without it, models guess, producing incorrect code and wasted debug cycles. TI's answer is context engineering. Model Context Protocol (MCP) servers feed device-specific knowledge into the agent's workflow, drawn from TI's SDKs and device documentation. TI says the architecture retrieves only the most relevant context for the model, which reduces latency and token costs.

The MCP layer also exposes the IDE itself, so an agent can build projects, flash the target, and run the debugger directly. It works through a loop:

1. Plan a sequence of actions.
2. Execute them.
3. Check the result.
4. Iterate on build or configuration errors, without a manual step from the developer each time.

Engineers drive the process in plain language from either CCStudio IDE or CCStudio for VS Code.

Agentic AI integration in CCStudio supports TI MCUs, wireless connectivity devices, and radar SoCs. Image used courtesy of Texas Instruments.

Setup is meant to be quick. TI describes an AI Configuration Wizard that lets a developer pick an agent and start coding in under a minute after launching CCStudio. Markdown-based rule files and CCStudio-specific skills teach the agent how to navigate TI tools, projects, and device architectures.

The framework works with industry-standard agents and models. Because some organizations have strict data privacy requirements, TI says the architecture also supports open-source agents and on-premises deployments. CCStudio is a free download on TI.com, in desktop and cloud versions.

"TI was one of the first semiconductor companies to enable agentic AI workflows in our development ecosystem, and over the last several months, we have been strengthening its capabilities to enable significantly better productivity," said Amichai Ron, senior vice president of Embedded Processing and DLP Products at TI.

A Migration Skill Built as a Team of Agents

Moving embedded code between microcontroller architectures is tedious. Engineers must work through register differences, map pins, adapt peripheral driver APIs, and debug the runtime conflicts that follow. That friction often discourages teams from moving to newer or more cost-effective silicon.

TI's migration skill automates the process. When a developer asks a preferred AI tool to migrate code from a competing device to a TI device, the model invokes the skill. An orchestrator then coordinates specialized subagents, each handling one phase:

• Analyzing the source project
• Planning the port
• Configuring peripherals
• Updating code and API calls

It then iterates through build errors until the project compiles. TI also describes the skill as supporting migration between compatible devices, and says it preserves the developer's existing software investment.

The company plans live migration demos at electronica to demonstrate how the skill handles real projects.

Also Announced: A Multiprotocol Ethernet Module and an IO-Link Master

On November 5, TI introduced two industrial communication devices aimed at the protocol fragmentation that factory equipment builders face. Controllers, sensors, and actuators from different vendors speak EtherCAT, EtherNet/IP, or Profinet, and supporting all three has traditionally meant separate hardware for each.

The TICS100MOD is a certified communications system-on-module that supports all three protocols on one piece of hardware. Engineers select the protocol at boot time by loading a different firmware stack, so the same design can run Profinet in a European factory and EtherNet/IP in a North American one. TI calls it the industry's smallest fully featured multiprotocol module.

Block diagram of the TICS100MOD Multi-Protocol Industrial Communication Module. Image used courtesy of Texas Instruments.

The module is built on the DP83826AI Ethernet PHY and the AM2612 MCU, which has two Arm Cortex-R5F cores and uses external memory. The cores run the protocol stack and still leave headroom for applications such as motor control.

The real-time work happens in the PRU-ICSS, a programmable real-time unit and industrial communication subsystem that offloads deterministic communication from the general-purpose Arm cores. Engineers also get full access to the MAC layer, so they can implement custom protocols. TI supplies certified stacks, an Industrial Communications SDK, and the TIOL221 evaluation module.

The TIOM2212 handles the other side of the network. It is a dual-channel IO-Link master that connects field devices to the Industrial Ethernet network. It integrates analog functions and protection features for noisy factory environments, plus a frame handler that manages IO-Link message sequencing. The host controls it over SPI, which removes the need for external UARTs. TI says it works with Sitara SoCs and its real-time MCUs. Together with TI's IO-Link transceivers and digital output switches, TI says it now offers every hardware layer in the IO-Link ecosystem.

Typical application diagram for the TIOM2212 Dual Channel IO-Link Master. Image used courtesy of Texas Instruments

TIOM2212 preproduction quantities are available now on TI.com. The TICS100MOD will be available by the end of 2026. Both products will be on show at TI's electronica booth, Hall C4, Booth 159.