Smart glasses · MicroLED

JBD details MicroLED engines for new Rokid AI glasses

In an October 28, 2026 supplier announcement, JBD confirmed that Rokid Color and Rokid Glasses 2 use its MicroLED display technology. The two glasses follow different display routes: full color for Color and monochrome for Glasses 2. This report covers the supplier’s confirmation, rather than presenting either model as globally shipping.

Event date · Rokid Jungle 2026 product reveal; supplier confirmation published October 28, 2026

Confirmed facts

Two display paths in one product generation

JBD identifies its Hummingbird Mini III monochrome engine in Glasses 2, with a stated volume of 0.1 cubic centimetres. For Rokid Color it describes a customized binocular full-color MicroLED system with a 0.16-cubic-centimetre optical engine and a stated glasses weight of 55 grams. These figures come from the supplier, not independent measurements.

The release also describes Rokid Ring gesture input and JBD’s ARTCs image-correction technology. Engine-level refresh or power figures must not be read as whole-glasses frame-rate, battery-life or image-quality test results.

What remains unverified

This supplier statement does not establish a completed global retail launch, customer deliveries, country-specific service access or a full supported-app catalogue. HoloNexa is not adding a purchase-ready catalogue entry on that basis. A component announcement and a finished product available in a particular market are different milestones.

Prices, final configurations, software availability and shipping dates should be confirmed on product-specific manufacturer documentation before a buying decision. No currency conversion or forecast of delivery is provided here. This report groups the two glasses and their related input accessory into one announcement cluster.

Why it matters · Analysis

The meaningful distinction is the information each display can carry. Color can support visual grouping and richer imagery, while monochrome may remain appropriate for short prompts. Neither route automatically makes the better everyday device. Optics, usable viewing area, application design, input and service access determine whether the display helps with an actual task. The supplier’s confirmation makes the hardware direction more concrete, but cannot settle those system-level questions. Prospective buyers should wait for a documented complete configuration and assess the interaction they intend to use, rather than choosing from the optical-engine size alone.

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