A back-illuminated pixel array under a color filter converts light into data; the SoC’s image signal processor handles HDR, stabilization and compression.
Sensor maker or module maker?
The image sensor is the chip: a pixel array under a color filter that turns light into data. A camera module adds the lens stack, IR-cut filter, holder and flex cable, and the two are often made by different companies. Sunny Optical reports smart-glasses imaging modules, and AAC Technologies reports camera solutions in mass production for glasses clients, but neither statement identifies the sensor inside. The processor does much of the image work: Qualcomm’s AR1 Gen 1 lists dual ISPs, 12 MP photo capture and electronic image stabilization.
What connects sensor makers to glasses?
Sony’s image sensor is teardown-identified behind the 12 MP ultra-wide camera in Meta Ray-Ban Display (TechInsights, June 2026); Sony has not confirmed. OmniVision’s OV09734 appears in the hardware documentation of Brilliant Labs Frame, a niche product that has sold out. GalaxyCore says its 5, 8 and 13 MP sensors are in mass production in AI-glasses projects and has launched a 12 MP sensor for AI glasses. SmartSens markets 12 MP sensors built for AI glasses and names no customer. Press spec sheets name a Sony IMX681 in some Chinese glasses; the device makers’ own pages we opened do not, so the part number is not used as evidence.
Do all smart glasses have a camera?
No. Even Realities markets its G2 display glasses as “Camera-free. By design.” Where a camera is fitted, a capture LED signals recording to people nearby: EDN’s analysis of Ray-Ban Meta shows the camera in one corner of the frame and the LED in the other. Camera content per device therefore varies by model, which matters when reading any per-unit estimate.
How to research an image-sensor company
- Decide which layer you are researching: the sensor, the lens, the module or the processor’s image pipeline.
- Look for a teardown or the device maker’s own specification that names the sensor maker. A press spec sheet is a lead, not evidence.
- Record the resolution and the stage: sampling, mass production, or shipping in a named product.
- Check whether a module maker’s statement names the sensor; usually it does not.
- Treat eye tracking separately: inward-facing sensors and infrared LEDs are a different part.
- Use the list as a starting point: it is curated, not exhaustive, and the model is illustrative, not a bill of materials.
Sources
- TechInsights: Meta Ray-Ban Display teardown, June 10, 2026
A 12 MP ultra-wide camera built around a Sony image sensor in Meta Ray-Ban Display.
- Qualcomm: Snapdragon AR1 Gen 1 product brief
Dual 14-bit ISPs, 12 MP photo capture, 6 MP video and hardware electronic image stabilization on the SoC.
- Brilliant Labs: Frame hardware
An OmniVision OV09734 front-facing camera sensor in Brilliant Labs Frame.
- GalaxyCore 2026 interim report
5, 8 and 13 MP CIS in mass production in AI-glasses projects, and a new 12 MP product for AI glasses.
- SmartSens: SC1220IOT
A 12 MP, 1/3.57-inch sensor for AI glasses, sampling with mass production planned for Q2 2026; no customer named.
- Sunny Optical 2025 annual results, Mar 30, 2026
Smart-glasses imaging modules, XR vision modules and AR optical engines in the XR and other segment.
- AAC Technologies CES 2025 release
Camera, speaker and audio-pickup solutions in mass-produced AR and AI glasses for unnamed global clients.
- Even Realities: Even G2
Even Realities describes G2 as “Camera-free. By design.”
- EDN: Ray-Ban Meta pseudo-teardown, June 23, 2025
The camera sits in one end-piece corner and the capture LED in the opposite corner of Ray-Ban Meta.
Engineering reference: Corner camera module example. Company-specific evidence is linked from the profiles below.
Explore the complete cameras & eye tracking sector · Read the mapping methodology