Casting is where most AR glasses fail in the field. A protocol that works with an iPhone but not with a Windows laptop, or a picture that arrives a beat behind the sound, is enough to sink a retail return rate. This platform was engineered around protocol breadth and timing accuracy: four casting standards supported natively, mirroring that works in both directions, and an audio and video pipeline that stays locked under load.

Casting Protocol Coverage

Bidirectional Mirroring And Timing

• Device to glasses - phone, tablet, laptop or console screen is mirrored into the virtual display at up to 1080p per eye.
• Glasses to device - the wearer's viewpoint, camera feed or on-lens interface can be pushed back to a phone or a second display for review, recording or a shared session.
• Synchronized audio and video - a dedicated timing pipeline applies lip sync compensation and holds end-to-end latency under 40 ms, so dialogue, music and gameplay stay together.
• Stable under load - adaptive bitrate and 5 GHz channel selection keep the stream clean when the airwaves are congested.

Custom Development Scope

Technical Specification

Why Custom Development With Us

We are not a catalogue trader. Every unit is engineered against your specification sheet: your logo, your industrial design language, your firmware boot animation, your application ecosystem, your retail packaging and your certification dossier. A dedicated project engineer and a bilingual account manager follow the programme from kickoff to mass production, and you own the tooling that is developed for your project.

• MOQ from 100 units for pilot batches, tiered pricing from 1,000 units.
• Free DFM review and BOM teardown within 5 working days of receiving your brief.
• Certification support: CE, FCC, RoHS, REACH, UKCA, PSE documentation prepared in-house.
• NDA and design ownership signed before the first drawing is released.