Xiaomi's Futuristic Modular Optical System Enters Production a Year After MWC 2025 Showcase, Tipster Claims

Xiaomi Modular Optical System features an all-6G aspherical lens with a large f/1.4 aperture.

Advertisement
Written by Nithya P Nair, Edited by David Delima | Updated: 5 February 2026 11:31 IST
Highlights
  • Xiaomi Modular Optical System could be released soon
  • It was teased during the MWC last year
  • It uses Xiaomi’s LaserLink technology

Xiaomi Modular Optical System is claimed to be about 50 percent thinner than traditional lens designs

Photo Credit: Xiaomi

Xiaomi showcased its magnetic modular camera lens for phones as a concept at the Mobile World Congress (MWC 2025) last year. The Chinese firm has yet to reveal whether it plans to bring the product to customers, but a recent leak suggests it is already in mass production. The Xiaomi 'Modular Optical System' integrates professional camera-level optics with a phone's photography features. It uses a new sensor, lens design, and supports fast data transfers. The system uses a 35mm lens with a wide f/1.4 aperture. The Xiaomi Modular Optical System eliminates the need to pair, charge or transfer files separately.

Xiaomi's Modular Optical System: What We Know So Far

Tipster Digital Chat Station on Weibo offered hints about the progress of Xiaomi's Modular Optical System, which was showcased at MWC 2025. The tipster states that mass production of magnetic lenses has begun, and the Modula Optical System could be available as early as this year.

Advertisement

Xiaomi's Modular Optical System aims to offer the optical capabilities of a professional camera, combined with the computational photography capabilities of a mobile phone. The setup was first teased at the MWC last year. The Xiaomi Modular Optical System has a compact design and features an all-6G aspherical lens with an f/1.4 large aperture. It also offers a 35mm focal length.

Compared to traditional camera lenses, the Xiaomi Modular Optical System is claimed to be about 50 percent thinner. It uses Xiaomi's LaserLink technology to send data at high speeds.

Advertisement

When the Light Fusion X M4/3 sensor captures light, LaserLink immediately turns those details into digital data and sends it to the phone using a near-infrared laser, reaching speeds of up to 10Gbps. This allows the phone to receive clean RAW image data. 

With the Xiaomi Modular Optical System, users are not required to pair, transfer and charge the lens separately. The lens can be magnetically attached to the phone and start shooting instantly with Xiaomi's AI-powered imaging system.

Affiliate links may be automatically generated - see our ethics statement for details.
 

Get your daily dose of tech news, reviews, and insights, in under 80 characters on Gadgets 360 Turbo. Connect with fellow tech lovers on our Forum. Follow us on X, Facebook, WhatsApp, Threads and Google News for instant updates. Catch all the action on our YouTube channel.

Advertisement
Popular Mobile Brands
  1. Redmi K90 Ultra Roundup: Launch Date, Expected Price, Specifications
  2. Dhurandhar 2: The Revenge Now Available for Streaming on Netflix
  3. Ginny Wedss Sunny 2 Out on OTT: Where to Stream This Romantic Comedy Drama Online
  1. IceCube Traces High-Energy Neutrino to Distant Starburst Galaxy
  2. Dhurandhar 2: The Revenge Now Available for Streaming on Netflix: Everything You Need to Know
  3. Save The Tigers 3 OTT Release: Where to Watch the Telugu Comedy Drama Online
  4. Mareechika OTT Release: Where to Watch the Telugu Mystery Crime Thriller Online?
  5. Ginny Wedss Sunny 2 Out on OTT: Where to Stream This Romantic Comedy Drama Online
  6. Redmi K90 Ultra Roundup: Launch Date, Expected Price, Specifications
  7. JWST Watches HD 80606 bExoplanet Heat Up by 1,100 Degrees in Hours
  8. Reliance's Jio Platforms Files for Record $4 Billion IPO
  9. Nothing Teases Launch of Mysterious New “b” Product Series in India
  10. WhatsApp Begins Testing Online Indicator, New Feature to Manage Chat Backups on Android
Download Our Apps
Available in Hindi
© Copyright Red Pixels Ventures Limited 2026. All rights reserved.