How could Qualcomm's advanced optical layers affect Motorola's mobile devices?
Motorola may adopt advanced optical layers for better camera performance The partnership between Qualcomm and PxE Holographic Imaging is developing advanced optical layers, such as the HoloCoder, which can dramatically improve smartphone camera capabilities. This technology allows the camera sensor to collect up to a claimed 2.5 times more light and capture 3D depth and polarization data simultaneously. Furthermore, Qualcomm is working with PxE to create Polar ID, a secure facial biometric authentication system for Android. If Motorola integrates these advanced features into its devices, it could offer consumers superior low-light photography, dynamic range, and enhanced security features, potentially starting as early as late 2027 or early 2028.
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How it reaches Motorola
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Qualcomm is partnering on the creation of new optical layers for advanced technology. This technology, called HoloCoder, is a microscopic structure that diffracts light onto an image sensor instead of absorbing it, unlike traditional Bayer filters which waste about 60 percent of light. This advancement could allow the camera sensor to collect up to 2.5 times more light.
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As a major supplier of technology to mobile device manufacturers, Qualcomm provides the underlying components and features for Android devices. The advanced optical layers and Polar ID system offer significant improvements in low-light photography, dynamic range, and security, which are key competitive features in the mobile market.
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American telecommunications company (1928–2011)
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The facts so far
As reported. Each one links to where it comes from.
- The HoloCoder microscopic structure diffracts light, bending light waves rather than absorbing them, allowing the camera sensor to collect up to a claimed 2.5 times more light.wired.com
- The HoloCoder technology can capture 3D depth information and polarization data at the same time.wired.com
- Qualcomm is working with Metalenz to create Polar ID, a secure facial biometric authentication system for Android.wired.com
- PxE's HoloCoder is expected to be used in consumer electronics as early as late 2027 or early 2028.wired.com
Why it matters
For Motorola, adopting this technology represents a potential leap in product differentiation within the highly competitive mobile device market. Superior camera performance and advanced biometric security are critical factors for consumer adoption, allowing Motorola to compete with industry leaders like Apple and Samsung, who are also investing heavily in visible camera improvements.
This development is part of a broader industry shift away from traditional light-absorbing filters, like the Bayer filter, which wastes around 60 percent of light. By integrating these new diffractive optics, manufacturers can simplify hardware while unlocking new data channels, which is a transformational goal for the entire visible sensing market.
What we don't know yet
- Will Motorola choose to integrate the HoloCoder or Polar ID technology into its future device lines?
- What will the final cost implications be for Motorola if it adopts these advanced optical components?
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Reporting
- wired.comWednesday
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Brind's analysis is written by AI from the reporting linked above and can be wrong. This explainer is a possibility worth considering, not a forecast: steps marked as Brind's reasoning are not stated in the reporting. It is not investment advice; do your own research.