
Date:2026-09-11
1. Product Positioning: Ultra-Thin Wired AR Glasses with Optical Waveguide Display
AR80-C is a lightweight AR glasses from SPAEXI designed for daily large-screen display needs. It uses wired connection as its primary interaction method, connecting to phones, computers, and Mini PCs via TYPE-C — plug and play, no complex setup required. At the same time, AR80-C also supports Bluetooth wireless connection and can make Bluetooth calls in wireless mode, meeting flexible use in mobile scenarios.
AR80-C’s core features can be summarized as: ultra-thin optical waveguide, lightweight wear, stable wired connection, and wireless flexibility.
2. Core Specifications
| Item | Specification |
|---|---|
| Model | AR80-C |
| Dimensions | 152×169×51mm |
| Weight | 59g (net weight) |
| Materials | Silicone, titanium |
| Optical System | Binocular full-color waveguide |
| Resolution | 720p |
| Audio | Bone conduction |
| Interaction | Wired connection, Bluetooth connection, touch buttons |
| Bluetooth Function | Supports Bluetooth calling in wireless mode |
| Power Supply | Phone power, external TYPE-C power, charge-while-display |
3. Optical Waveguide Display: Full-Color, Ultra-Thin Structure
AR80-C uses a binocular full-color optical waveguide solution, presenting images in full color in front of the user’s eyes. The 720p resolution balances clarity and power consumption, suitable for documents, web pages, and video. The waveguide solution itself is thin and compact, allowing AR80-C to maintain full-color display while keeping net weight at 59g — close to the wearing burden of ordinary glasses.
4. Ultra-Thin and Lightweight: Titanium + Silicone, 59g Wear
AR80-C combines titanium metal with silicone. Titanium provides strength and lightweight properties; silicone brings a skin-friendly touch and reduces discomfort during long wear. The 59g net weight makes AR80-C suitable for extended use — movie watching, office work, and gaming without frequent removal due to weight.
5. Wired Connection as Core, Charge While Displaying
AR80-C uses wired connection as its core, connecting to phones, computers, and Mini PCs via TYPE-C — plug and play. It supports phone power and external TYPE-C power and can charge while displaying. This design shifts the battery burden to an external power source, allowing the virtual large screen to keep running. It suits long office sessions, movie watching, and mobile scenarios.
6. Bone Conduction Audio and Bluetooth Calling
AR80-C features bone conduction audio, which does not block the ear canal, allowing users to perceive surrounding sounds while viewing content. In wireless mode, AR80-C supports Bluetooth connection and Bluetooth calling, working with phones or Mini PCs for voice communication. The combination of visual and voice makes mobile office, remote meetings, and daily calls more natural.
7. Pairing with Mini PC: Small Host + Portable Large Screen
AR80-C can be paired with SPAEXI’s foldable Mini PC series (FOLDIX, FOLDX86, POCKET CORE, LingAR AMD). The Mini PC runs Windows, Linux, or Android systems and applications, while AR80-C presents a full-color virtual large screen. Connected via wired or Bluetooth, they form a “small host + large screen” mobile experience. This bundle is available alongside the launch of AR80-C, providing a more complete visual solution for mobile work, entertainment, and creation.
8. Market Significance: Driving Lightweight Wired AR Glasses into Daily Use
The launch of AR80-C is another step by SPAEXI in the lightweight AR glasses direction. With optical waveguide display, ultra-thin design, stable wired connection, and charge-while-display as its core, it balances lightweight wear and full-color display. For users who need a portable large screen, AR80-C offers a realistic choice. For channel customers, it is a product with both technical highlights and scenario implementation capability.
With the launch of AR80-C, SPAEXI will continue to invest in lightweight AR glasses, AI glasses, children’s vision protection, and AI pet robots, working with global partners to move smart hardware from concept to daily life.
