Liquid Crystal on Silicon
Reflective microdisplay panels giving high fill factor, smooth pixel structure and no colour-wheel rainbow effect. AAXA holds several patents in optical and LCoS design.
OEM & ODM · Optical Engines
AAXA's core technology is small LCoS (Liquid Crystal on Silicon) and DLP (Digital Light Processing) imagers mated to LED and laser light sources. Those same engines are available to OEM and ODM partners as standalone modules — sixteen platforms from 50 to 1,200 lumens, WVGA through 4K UHD.
Every engine below combines one imager technology with one illumination technology. Mix and match to fit your brightness, colour, size and cost targets.
Reflective microdisplay panels giving high fill factor, smooth pixel structure and no colour-wheel rainbow effect. AAXA holds several patents in optical and LCoS design.
Texas Instruments DMD imagers from 0.2″ through 0.47″ XPR, delivering high contrast, fast response and proven long-term reliability.
Multi-die and quad-cast LED light sources rated to 20,000–30,000 hours, with low drive voltage and simple thermal budgets.
Wide colour gamut, effectively focus-free projection and instant-on behaviour — the technology behind the world's first laser pico projector in 2010.
Both modulate light a pixel at a time, but they do it by opposite means — which is what decides contrast, colour behaviour and how the engine is packaged.
Sixteen platforms across LCoS and DLP imagers in LED and laser configurations. Pricing is shown per unit at four volume tiers.
Smallest LCoS platform in the range — built for handheld, wearable and embedded viewfinder applications.
720P LCoS engine balancing panel cost and image quality for volume consumer devices.
16:10 widescreen engine suited to presentation, signage and instrumentation products.
Native 1080P LCoS engine with extended LED lifetime for always-on installations.
RGB laser illumination with wide colour gamut and effectively focus-free projection.
Widescreen laser LCoS engine for mobile and automotive-adjacent display applications.
Native 1080P laser LCoS platform with instant-on and no colour-wheel artefacts.
Brightest LCoS platform in the range, for semi-ambient-light and short-throw designs.
Ultra-compact DLP engine derived from AAXA's original pico platform.
720P DLP engine with high contrast and fast switching for video-first products.
WXGA DLP engine, the workhorse platform behind several AAXA battery projectors.
Native 1080P DLP engine with quad-cast LED illumination and 30,000-hour source life.
Laser-phosphor DLP engine with sealed optics for dust-resistant enclosures.
1080P laser DLP platform for kiosk, signage and professional portable display.
High-brightness 1080P laser engine, also offered in a short-throw optic variant.
Flagship 4K UHD laser engine using XPR pixel shift — the platform behind the M8 UST optics.
| Tier | What it covers |
|---|---|
| Sample | Single units for engineering evaluation. Ships individually, no minimum, typically from stock or a short build. |
| 1–100 | Pilot and low-volume production. Suitable for first production runs, field trials and limited editions. |
| 100–500 | Mid-volume production pricing, with scheduled deliveries against a rolling forecast. |
| 500+ | Full production pricing. Custom optics, bespoke interfaces and private-label configurations quoted at this tier. |
From sample unit to production, supported by an optics team that has been shipping projectors since 2008.
Pick the closest engine from the sixteen platforms below, or describe the resolution, brightness and envelope you need.
Single sample units ship at the Sample tier price so your team can validate optics, thermals and image quality on the bench.
Mechanical, thermal and electrical integration support — mounting, driver board, interface and optical alignment against your enclosure.
Volume pricing steps at 1–100, 100–500 and 500+ units, with lead times and tooling confirmed at quotation.
Tell us which engine and what volume you are planning, and the AAXA OEM team will come back with specifications, lead time and firm pricing.
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