{"id":2642,"date":"2026-10-29T03:43:34","date_gmt":"2026-10-29T03:43:34","guid":{"rendered":"https:\/\/uvqvisiontech.com\/?post_type=product&p=2642"},"modified":"2026-11-10T03:30:52","modified_gmt":"2026-11-10T03:30:52","slug":"uvq-t20-digital-fusion-night-vision-monocular","status":"publish","type":"product","link":"https:\/\/uvqvisiontech.com\/zh\/product\/uvq-t20-digital-fusion-night-vision-monocular\/","title":{"rendered":"UVQ T20 Digital Fusion Night Vision Monocular"},"content":{"rendered":"

Platform Specifications<\/h2>\n

The UVQ T20 platform uses a digital low-light sensor of 1-inch CMOS with 18 \u03bcm pixel size, paired with a 640 \u00d7 512 thermal channel. Thermal sensitivity (NETD) is rated at 40 mK. The system provides four imaging modes: Fusion, Low-Light, Outline and Thermal.<\/p>\n

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Connection cable for the UVQ T20 front optical module and rear battery pack.<\/figcaption><\/figure>\n

The UVQ T20 is a helmet-mounted digital fusion night vision monocular built around two complementary imaging channels: digital low-light imaging and thermal imaging.<\/p>\n

Instead of relying on a single imaging method, the T20 combines visible low-light detail with thermal contrast, allowing the user to switch between different observation modes depending on the environment.<\/p>\n

Its split front-and-rear architecture places the optical module at the front of the helmet and the dedicated power module at the rear. This remote power architecture reduces front-mounted weight and supports a more balanced helmet configuration.<\/p>\n

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Dual-Sensor Fusion Imaging<\/h2>\n

The T20 combines two different sources of visual information.<\/p>\n

The digital low-light channel is designed to preserve scene structure, terrain detail, outlines, and visual context in low-light environments.<\/p>\n

The thermal channel detects temperature differences and can make warm objects easier to distinguish when visible-light contrast is limited.<\/p>\n

Fusion imaging combines information from both channels into one observation view.<\/p>\n

This makes the T20 different from a conventional digital night vision monocular or a standalone thermal monocular: the user can access low-light information, thermal information, or a combined image from the same wearable system.<\/p>\n

Low-light channel:<\/strong> 800 \u00d7 600
\nThermal channel:<\/strong> 640 \u00d7 512<\/p>\n

Illustrative imaging graphics on this page are used to explain the imaging principle and are not presented as actual through-device night footage unless specifically identified as real device output.<\/em><\/p>\n

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Four Viewing Modes<\/h2>\n

The UVQ T20 supports four viewing modes for different observation conditions.<\/p>\n

Low-Light<\/h3>\n

Uses the digital low-light channel to preserve environmental detail and scene structure under limited ambient light.<\/p>\n

Thermal<\/h3>\n

Uses thermal contrast to highlight temperature differences when visible-light information is limited.<\/p>\n

Fusion<\/h3>\n

Combines thermal information with low-light scene context to provide more information in a single view.<\/p>\n

Outline<\/h3>\n

Provides an additional image-processing mode for situations where contours, objects, or environmental structure need to be emphasized.<\/p>\n

The availability of multiple imaging modes allows the user to adapt the system to changing conditions rather than relying on only one imaging channel.<\/p>\n

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Comparison of the four viewing modes on the UVQ T20 digital fusion night vision monocular.<\/figcaption><\/figure>\n
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Remote Power Architecture<\/h2>\n

One of the defining structural features of the T20 is its remote power architecture.<\/a><\/p>\n

Instead of placing the complete battery system inside the front optical module, the T20 separates the system into:<\/p>\n