AI Lobster · OpenClaw × AIoT Chip | Unlocking New IoT Perception and Execution Scenarios with a Low-Latency Neural Hub

On March 26, hosted by the Zhuhai Internet of Things Industry Association,the theme salon "AI Lobster · OpenClaw Unlocks IoT Innovation Scenarios"was successfully held in Zhuhai.Zhuhai Taixin Semiconductor was invited to participate in this event and, centering on the core technical concepts of AI Lobster · OpenClaw, delivered a thematic presentation titled "Via Lobster Nerves — From Vision to Grasping",showcasing a chip-level low-latency AIoT overall solution on-site and jointly exploring the implementation path for the intelligent upgrade of the IoT industry with industry experts and enterprise representatives.

Taixin Semiconductor Marketing Director Xiang Xuefeng mentioned in the sharing session that AI is the "brain" of intelligent systems, the OpenClaw actuator is the "hands and feet," and low-latency, high-reliability AIoT chips are the critical "neural hub" connecting perception and execution. Currently, complex scenarios such as smart manufacturing, marine economy, and special operations are continuously raising requirements for device real-time performance.

Traditional solutions are limited by chip architecture and communication protocols, making it difficult to achieve end-to-end low latency and failing to meet the stringent requirements of real-time control.

Taixin Semiconductor builds a complete low-latency solution through chip-level underlying innovation, precisely addressing industry pain points.

Audio-Video AIoT SoC ChipTXW81X/TXW82X:

Creating the Robot's "Smart Eye"

Integrating high-performance CPU, hardware ISP, video codec, Wi‑Fi6/6E, and dedicated NPU, supporting edge-side local AI inference. 1080P@30fps video transmission latency is under 50ms, stably outputting clear visual data even in low-light and high-interference environments.

Wi‑Fi HaLow™ Chip TXW8301:

Building a Stable "Neural Network"

As China's first commercialized Wi‑Fi HaLow™ SoC, operating in the Sub‑1GHz frequency band with a transmission distance exceeding 1200 meters, featuring strong anti-interference, large connection capacity, and ultra-low power consumption characteristics, enabling millisecond-level command transmission in complex industrial and marine environments.

End-to-End Low-Latency Closed Loop

Fusing visual AI processing and long-distance low-latency communication capabilities to complete the full process from camera collection → local AI decision-making → wireless command transmission → controller execution → gripper action, reducing latency to within 100 milliseconds and achieving precise response of "see and act."

Relying on the low-latency AIoT chip solution, Taixin Semiconductor has achieved scaled application in multiple fields, providing a solid chip foundation for the Internet of Everything.

At this event, Taixin Semiconductor’s technical philosophy and chip solution, "Using Lobster Neural Networks as the Path," received high recognition from on-site guests, aligning closely with the event theme of "Unlocking IoT Innovation Scenarios."

Taixin Semiconductor has consistently focused on low-latency AIoT chip R&D, committed to becoming a globally leading solutions provider. By leveraging technological innovation to provide underlying chip support for the deep integration of AI and OpenClaw, we empower industrial upgrading in IoT, smart manufacturing, and marine economies across Zhuhai and nationwide.

In the future, Taixin Semiconductor will continue to deepen its focus on the AIoT chip sector, continuously optimizing the product portfolio. Joining hands with upstream and downstream partners along the industry chain, we will drive the implementation of low-latency technologies in more IoT scenarios, jointly promoting high-quality industrial development.