HY300 Pro Smart Projector Android 14 – Native 720P, 8K Support, Dual WiFi 6, Bluetooth 5.4, Portable Home & Outdoor Cinema

The HY300 Pro Smart Projector combines a traditional projector with a modern Android 14 TV system, allowing you to stream, download apps, and enjoy multimedia content directly—no external devices required.

Powered by the Allwinner H726 quad-core processor, this projector delivers smooth performance for movies, series, and presentations. It features a native 1280×720P resolution with 8K video support, providing sharp visuals and vivid colors for an immersive viewing experience.

With Dual WiFi 6 (2.4G / 5.8G) connectivity, you get faster and more stable streaming, while Bluetooth 5.4 lets you connect wireless speakers, headphones, or other devices easily. The built-in 5W HiFi speaker delivers clear audio without the need for external sound systems.

Its 180° rotatable design allows flexible projection angles, and the 40–200 inch projection size makes it suitable for bedrooms, living rooms, outdoor movie nights, or camping.

Key Features

Android 14 System – Built-in app store, no TV box needed

Native Resolution: 1280 × 720P

8K Video Support – Enhanced playback compatibility

290 ANSI Brightness – Suitable for indoor & low-light outdoor use

Dual WiFi 6 (2.4G / 5.8G) – Faster, more stable streaming

Bluetooth 5.4 – Easy wireless audio connection

Built-in 5W HiFi Speaker

180° Rotatable Design – Flexible projection angles

Projection Size: 40–200 inches

Portable & Lightweight – Ideal for home and outdoor cinema

Technical Specifications

CPU: Allwinner H726 Quad-Core ARM Cortex-A53

GPU: Mali-G31 (OpenGL ES 3.2 / OpenCL 2.0)

Operating System: Android 14

Native Resolution: 1280×720P

Supported Resolution: Up to 8K

Brightness: 290 ANSI

WiFi: WiFi 6 (802.11 a/b/g/n/ac/ax)

Bluetooth: BT 5.4

Speaker: 5W HiFi built-in

Package Includes

1 × HY300 Pro Projector

1 × Power Cable (US Plug)

1 × User Manual

Notes

Native resolution is 720P, higher resolutions (including 8K) are supported for decoding, not native output.

Best performance is achieved in low-light environments.