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DEEPX Unveils the DX-H1 V-NPU

In an exciting development for tech enthusiasts and industry leaders alike, DEEPX has officially launched its latest innovation, the DX-H1 Vision Neural Processing Unit (V-NPU). This powerful new chipset aims to revolutionize video intelligence processing by providing a highly efficient and integrated solution specifically designed to challenge traditional GPU architectures.

Overview of the DX-H1 V-NPU

The DX-H1 is a single-chip solution that combines multiple functions traditionally spread across various systems. It integrates video decoding, AI inference, and encoding capabilities all into one component, making it a formidable alternative to conventional GPUs. By managing the complete processing pipeline—from stream input through to preprocessing and AI inference, to re-encoding—the DX-H1 V-NPU eliminates the need for separate hardware components, simplifying setups significantly.

What truly sets the DX-H1 apart is its remarkable efficiency. CONDUCTED by DEEPX, tests demonstrate that this innovative chipset can achieve around 80% reduction in hardware costs and 85% reduction in power consumption compared to GPU-based solutions while maintaining the capability for real-time processing across numerous video channels. This means robust performance is possible even under the most demanding conditions, paving the way for smart cities and industrial surveillance applications.

A Paradigm Shift in Data Center Architecture

As data centers are increasingly constrained by energy expenditure and environmental considerations, the DX-H1 V-NPU presents a novel architectural change needed for sustainable development. DEEPX CEO Lokwon Kim emphasized that, "Large-scale video AI must evolve from being a secondary task reliant on general-purpose GPUs to becoming a specialized industry powered by dedicated chipsets."

This focus on optimization is evident in how the DX-H1 handles high channel densities efficiently, providing a configuration that requires significantly less energy and fewer resources. Such savings are crucial for engaging with the environmental scrutiny faced by tech companies today.

Building the Foundation for Future Deployments

The DX-H1 V-NPU is particularly engineered to enhance legacy systems like CCTV and Network Video Recorders (NVR). By serving as a foundational platform, it aims to usher in a wave of new deployments in settings such as smart cities and traffic control hubs, ultimately redefining server architecture in these crucial areas.

With the DX-H1 at the core of infrastructure planning, DEEPX envisions a future where video intelligence doesn’t just augment existing frameworks but becomes the very foundation that drives modern advancements.

Global Recognition at CES 2026

This cutting-edge chipset has already garnered acclaim, being awarded a CES 2026 Innovation Award just ahead of its official launch. This accolade underscores the rising importance of Edge AI technologies, emphasizing DEEPX’s vision for a more sustainable and efficient tech environment.

The DX-H1 V-NPU will be showcased at CES 2026, taking place from January 6 to 9 in Las Vegas. DEEPX plans to unveil not only the capabilities of the DX-H1 but also its roadmap for further advancements in the realm of Physical AI, outlining its vision for future developments in smart technologies.

In addition, DEEPX will present its strategy for expanding partnerships throughout various sectors, including video intelligence, mobility, and robotics, fortifying its position as a leader in the AI semiconductor space.

Conclusion

As the tech landscape continues to evolve, the launch of the DX-H1 V-NPU serves as a landmark achievement for DEEPX. It signifies not only a shift in technology towards more efficient and sustainable solutions but also heralds a new era where specialized hardware is crucial for meeting the demands of modern society. As Lokwon Kim stated, DEEPX aims to be the go-to option at the Edge, where intelligence is most needed, making the DX-H1 V-NPU a pivotal step towards that goal.