The chips inside AI glasses

What does the main chip do?

An AR-class system-on-chip runs the camera’s image processing, on-device AI, audio and the display link. Qualcomm’s Snapdragon AR1 Gen 1 brief lists dual 14-bit ISPs for 12 MP photos and 6 MP video, a Hexagon NPU, a separate micro NPU for audio and sensors, LPDDR4x memory support and FastConnect 7800 for Wi-Fi 7 and Bluetooth. AR1 Gen 1 is teardown-identified in Meta Ray-Ban Display (TechInsights, June 2026), where TechInsights puts Qualcomm components at 15.7% of the estimated bill of materials for the glasses and Neural Band; iFixit found it in Oakley Meta HSTN, and Samsung names it for its intelligent eyewear.

Why add a companion chip?

A glasses battery holds well under a watt-hour, so the main chip cannot stay awake all day. A low-power companion listens for the wake word, keeps the Bluetooth audio link and watches the sensors, then wakes the main processor when needed. Rokid names an NXP i.MX RT600 for always-on tasks beside AR1 in Rokid Ai Glasses Style. In simpler designs one Bluetooth chip does both jobs: Nordic’s nRF52840 runs the display and the radio in Blucap Moto HUD sunglasses. Bestechnic and Actions also sell glasses main-control chips of their own and report glasses products in mass production.

Does a design win mean meaningful revenue?

Not by itself. A teardown or partner release shows that a chip is inside a product, not how many units ship or what the chip earns. For diversified chipmakers, glasses are one application among many, and our sources do not quantify glasses revenue. Bestechnic and Actions also sell chips for earbuds, watches and speakers. Arm licenses the CPU and NPU designs inside many of these chips and makes no chips itself; it says the Meta Neural Band is built on Arm CPUs and Ethos-U55 NPUs, while TechInsights identifies a Qualcomm QCC5100-series chip in the band.

How to research a glasses chip company

1. Identify the role: main SoC, always-on companion, radio, FPGA bridge or licensed IP. Each is a different business.
2. Prefer a teardown that names the part, or the device maker’s own specification. Launch coverage is a lead, not evidence.
3. Check the model and the date; chip choices change between generations.
4. Note whether customers are named. Bestechnic’s 2026 interim report names RayNeo and Rokid as new smart-glasses customers, while Actions reports mass production at brand customers it does not name.
5. Keep IP and silicon apart: Arm licenses designs and is not a chip vendor.
6. Use the list as a starting point: it is curated, not exhaustive, and the model is illustrative, not a bill of materials.

Sources

• Qualcomm: Snapdragon AR1 Gen 1 product brief

  Dual 14-bit ISPs, Hexagon NPU, a micro NPU for audio and sensors, LPDDR4x support and FastConnect 7800 connectivity.

• TechInsights: Meta Ray-Ban Display teardown, June 10, 2026

  Snapdragon AR1 Gen 1 at the heart of Meta Ray-Ban Display; Qualcomm components are 15.7% of the estimated bill of materials.

• iFixit: Oakley Meta HSTN teardown

  Qualcomm AR1 Gen 1 found inside Oakley Meta HSTN.

• Samsung newsroom: intelligent eyewear, July 2026

  Samsung names the Snapdragon AR1 Gen 1 platform for its intelligent eyewear.

• Rokid release, Jan 2026

  Qualcomm AR1 handles AI and imaging while an NXP RT600 handles low-power, always-on tasks in Rokid Ai Glasses Style.

• Nordic Semiconductor: Blucap Moto, Oct 14, 2024

  An nRF52840 in the sunglasses arm provides Bluetooth LE and runs the HUD in Blucap Moto.

• Bestechnic 2026 interim report

  Main-control chips for earbuds, watches and smart glasses; RayNeo and Rokid added as smart-glasses customers in H1 2026.

• Actions Technology 2026 interim report

  AI-glasses solutions in mass production at several brand customers, alongside watch, speaker and microphone chips.

• Arm newsroom, Dec 30, 2025

  Arm says the Meta Neural Band is built on Arm CPUs and Ethos-U55 NPUs.