Crestron Released New DM NVX Hardware and Custom Chip

Crestron Electronics unveiled its first in-house System-on-Chip designed specifically for professional AV environments.

Updated on Oct. 8, 2026 in Semiconductors

Bold flat-color editorial illustration of a modular hardware processing unit, representing Crestron's new proprietary system-on-chip for professional AV environments.
Crestron Electronics has introduced its DM NVX 370 hardware series, marking the first time the company has utilized its own custom-designed system-on-chip. AI Illustration. Upload story photo >

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Crestron Electronics has released the DM NVX 370 hardware series, featuring the company’s first internally designed System-on-Chip (SoC). The new series supports 4K60 4:4:4 video and utilizes USB-C connectivity to integrate into modern professional workspaces.

Why it matters

The development of a custom SoC allows Crestron to move away from off-the-shelf chipsets to provide specialized performance for AV requirements. This integration enables devices to handle video, data, and power delivery through a single cable to better suit modern laptop-centric workflows.

The DM NVX 370 Series supports 100 watts of power delivery via USB-C and achieves 4K60 4:4:4 video output. Its custom SoC delivers a 30% increase in power efficiency over standard industry chipsets.

The players

Crestron Electronics

Crestron Electronics is a global provider of control and automation systems for homes and corporate buildings.

The details

The DM NVX 370 hardware series is engineered to streamline connectivity in modern offices by consolidating power and data into a single USB-C cable. The in-house chip was built to handle high-bandwidth video processing while reducing overall power consumption in professional AV environments.

Timeline

  1. October 7, 2026: Crestron announced the new hardware and chip.

The Tech Race

Crestron's move to in-house silicon mirrors the industry-wide transition where companies shift from generic off-the-shelf components to custom hardware to gain performance advantages. This strategy positions Crestron to better optimize its professional AV ecosystems against competitors relying on third-party silicon.

Users can simplify their workspace by using a single USB-C cable for video, data, and power delivery with the new hardware. The increased power efficiency may also contribute to lower operational costs for facilities managing large-scale campus deployments.

The takeaway

By designing its own silicon, Crestron aims to improve performance and power management for high-demand AV environments. Businesses should evaluate if their current infrastructure can benefit from the simplified cabling and efficiency gains offered by this new hardware series.

Further reading

For more information on the evolving landscape of specialized computing, visit Semiconductors.

Source note: This article includes information reported by Commercial Integrator.

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