AAXA Technologies specializes in manufacturing diverse, high-performance micro and pico projectors for mobile professionals, gamers, and home entertainment.
AAXA Technologies is a leading manufacturer in the micro-projector market, renowned for its innovative lineup of "pico" projectors that combine portability with powerful performance. Based in Irvine, California, AAXA focuses on employing advanced optical and laser technologies to create pocket-sized projection solutions that do not compromise on image quality. Their product range spans from ultra-compact projectors for business presentations to versatile multimedia devices for home theater and gaming.
With a commitment to mobility, many AAXA projectors feature built-in rechargeable batteries, vibrant LED light sources with long lifespans (up to 30,000 hours), and extensive connectivity options including HDMI, USB-C, and wireless mirroring. Whether for on-the-go professionals, outdoor movie enthusiasts, or console gamers, AAXA Technologies provides flexible, high-resolution visual tools designed to fit in a pocket or backpack.
Leabhraichean-làimhe as ùire bho manuals+ air a thaghadh airson a’ bhrand seo.
Coimhead air bhideothan mu shuidheachadh, stàladh agus fuasgladh dhuilgheadasan airson a’ bhrand seo.
Ceistean cumanta mu leabhraichean-làimhe, clàradh, agus taic airson a’ bhrand seo.
Ensure the unit is charged or plugged in, then press and hold the power button for approximately 3 seconds until the optical engine turns on.
You can connect a smartphone using an HDMI adapter (Lightning or USB-C to HDMI) connected to the projector's HDMI port. Some models also support wireless screen mirroring.
On many AAXA models, the built-in battery does not charge while the projector is in operation. It is recommended to charge the device while it is powered off.
Locate the focus wheel on the side or top of the projector and spin it gently until the projected image becomes clear.
Use the Keystone adjustment settings in the menu or the directional control pad buttons (often Up/Down) to correct the angle until the projection is square.