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Introducing the First Silicon-Implemented NASP™ Chip

POLYN Technology has made waves in the tech community with the unveiling of the world’s first silicon-implemented NASP™ (Neuromorphic Analog Signal Processing) chip. This chip represents a monumental step in the realm of ultra-low-power neuromorphic computing, showcasing how cutting-edge technology can merge with energy efficiency for artificial intelligence applications.

About the NASP Technology

The NASP platform utilizes trained neural networks operating in the analog domain, which empowers it to perform AI inference tasks while consuming dramatically less power than traditional digital processors. As pressure mounts for more energy-efficient solutions in technology,POLYN's NASP chips promise to be game-changers, especially for always-on edge devices where power conservation is paramount.

During CES 2026 in Las Vegas, taking place from January 6th to 9th, POLYN will showcase these innovative chips, allowing interested parties to place orders directly. Additionally, selected NASP chip prototypes will be exhibited at CES Unveiled Europe in Amsterdam. This gives developers a first-hand glimpse at the capabilities of this advanced neuromorphic technology.

Key Features of NASP Chips

Among the most striking attributes of the NASP chips is their ability to process sensor signals in their native analog form in mere microseconds. This level of performance uses power measured in microwatts, and it completely omits the usual overhead tied to digital operations. With this, the possible applications for the NASP chips span a wide range, including:

• - Audio processing
• - Vibration sensing
• - Wearables
• - Robotics
• - Industrial and automotive sensing

The successful testing phases of the NASP chip indicate that the device’s operational parameters correspond precisely to its modeled specifications. Aleksandr Timofeev, the CEO and Founder of POLYN Technology, emphasized the significance of their achievement, stating, "This is not just another chip — it's proof that our novel technology works in silicon."

Timofeev elaborated on this advancement, noting that for the first time, a fully asynchronous, analog neural-network core has been fabricated directly from a digital model. This innovation opens the door not only to new design paradigms but also presents distinct advantages in terms of efficiency, suggesting a potential paradigm shift in how neural computation may occur in the future.

Pioneering Voice Processing

To further enhance their technologies, the first NASP chip features a Voice Activity Detection (VAD) core, ushering in a new era for voice processing capabilities. This initial step is set to be followed by developments tailored for speaker recognition and voice extraction — pivotal enhancements that could significantly benefit various sectors such as home appliances and communication devices.

For companies aiming to leverage advanced voice control technology, POLYN is offering an NASP VAD chip evaluation kit for those interested in testing its capabilities for their product designs.

Performance Highlights of the NASP VAD Chip

• - Ultra-low power usage: Approximately 34 µW during continuous operation.
• - Ultra-low latency: 50 microseconds per inference.
• - Fully asynchronous operation: No reliance on a clock or ADC/DAC conversion.

POLYN's NASP technology and associated design tools empower semiconductor and AI developers to quickly implement neural networks directly in analog silicon. This allows for process-agnostic designs across a range of CMOS nodes (40–90 nm) and seamlessly converts digital machine learning models.

Timofeev remarked, "The successful introduction of our first NASP chip transforms NASP from a concept into a production-ready technology." The capabilities presented by analog neuromorphic computation complement existing digital systems, offering vast opportunities for chip manufacturers, OEMs, and AI innovators alike.

Next Steps and Future Prospects

As they prepare evaluation kits for early adopters, POLYN Technology continues to expand its NASP product families geared toward automotive, critical communication, and wearable applications. With its offices based in multiple regions — the UK, Israel, the US, Europe, and Asia — the company is poised to establish a prominent position in the future of neuromorphic computing.

With the launch of the NASP chip, POLYN Technology not only validates its pioneering technology but also heralds the advent of an exciting chapter in artificial intelligence applications, firmly aligning itself with the industry's move towards higher efficiency and performance.