Hisense introduced the most compact 4K laser projector with optical zoom-M2 Pro Laser Mini Projector

Hisense has officially announced the M2 Pro Laser Mini Projector, a next-generation laser projector that the manufacturer claims is the smallest and lightest device with 4K support, optical zoom and an image diagonal of up to 200 inches.

The novelty is made in a compact form factor and combines artificial intelligence technologies, accurate color reproduction and an advanced sound system. The device is based on AI 4K Clarity technology, which includes intelligent resolution scaling (AI Upscaler), digital Noise Reduction (AI Noise Reduction) and dynamic range improvement (AI HDR Upscaler).

The projector uses 2.07 million micro-mirrors and a DLP system to create detailed 4K images. Thanks to Hisense Pure Triple Color Laser technology, which uses separate red, green and blue lasers, an extended color gamut and high color accuracy are achieved.

One of the key features of the M2 Pro is an optical zoom with a projection ratio of 1.0-1.3. Unlike digital zoom, optical zoom allows you to scale the image without losing quality. Screen sizes from 65 to 200 inches are supported.

Automatic trapezoidal distortion correction and autofocus ensure accurate image alignment. The wall color adaptation function with seven presets allows you to maintain color accuracy even when projecting on imperfectly white surfaces.

The device's sound system supports Dolby Audio and DTS Virtual: X, providing surround sound without the need for external speakers. The projector runs on the company's smart VIDAA OS platform, providing access to streaming services, including Netflix, YouTube and Disney+, with the ability to control via a voice remote.

The M2 Pro also supports Dolby Vision and multiple HDR formats, making it a universal solution for both home theater and mobile presentations.

Sales of Hisense M2 Pro will start in the United States, Germany, Australia and other countries in the coming weeks. The cost of the device will be announced locally, depending on the region.