The hardware market for artificial intelligence is undergoing tectonic shifts. While the world discusses restrictions on NVIDIA chip supplies, Russian developers have taken an unexpected but highly significant step. A resident of the "Technopolis Moscow" Special Economic Zone has presented the country's first neural network accelerator for embedded systems, built exclusively on a Russian microprocessor without using foreign licenses. The device is called LinQ HX and was officially announced at the international industrial exhibition "Innoprom-2026".
Technical Foundation: Full Autonomy and Performance
The key feature of the LinQ HX is its complete independence from foreign components. The module is assembled from Russian parts, and its computing core is a microchip from the official registry of the Ministry of Industry and Trade. This is not just import substitution in words; it is a real demonstration of technological sovereignty in an area critical for the defense and industrial sectors.
The technical specifications of the LinQ HX are impressive, especially considering its energy efficiency. The device can process data locally, without connecting to the internet or cloud servers, which dramatically increases information security. Key parameters:
| Specification | Value |
|---|---|
| Performance | 30 trillion operations per second |
| Number of simultaneously running neural networks | Up to 5 |
| Latency | From 1.5 to 2.3 milliseconds |
| Maximum power consumption | 40 W |
Thanks to these characteristics, the module supports a wide range of interfaces, including various sensors, video cameras, and complex control systems. A latency of 1.5–2.3 ms is an outstanding indicator for edge computing, allowing the accelerator to be used in real-time systems.
Areas of Application: From Robotics to Medicine
While the LinQ HX is not yet used in urban infrastructure, its potential is enormous. The main areas of application for the new technology:
- Intelligent video surveillance systems for automatically detecting abnormal situations — critically important for city safety.
- Design and creation of fully autonomous robots — from industrial manipulators to unmanned vehicles.
- Medical artificial intelligence systems for accurate diagnosis and round-the-clock monitoring of patient health, especially in remote areas.
The developer company "HiTech" received resident status in the SEZ in 2025. During this time, investors have invested almost 800 million rubles in production development. This is a serious signal to the market that Russian AI technologies are not just catching up but are beginning to form their own autonomous niches.
My expert opinion: The emergence of the LinQ HX is not just news for the sake of it. It is the first real competitor to Western solutions in the embedded systems segment. If the developers manage to establish mass production and ensure stable quality, we may witness the birth of a new Russian edge-AI ecosystem, which will find application not only in the public sector but also in commercial projects where data security is paramount.