HENTIVIEW SCREEN

Shooting yourself on a phone has long meant a trade-off: use the front camera and see what you're recording, or use the better rear camera and shoot blind. HENTIVIEW SCREEN is built to remove that compromise. It attaches magnetically to the back of a phone and mirrors the screen in real time, so the person in front of the lens can watch the rear-camera preview while recording.

How it works

According to the maker, the screen needs no cables, no app and no additional hardware, and it supports both iOS and Android. The 4.7-inch display is described as clear and high-resolution, and the maker says it can reproduce footage shot in 4K. The intended uses include live streaming, vlogging, fitness, remote classes and simply sharing a video with friends without huddling around a phone.

HENTIVIEW credits a second-generation chip for a key improvement over first-generation devices, which the maker says could cut off Wi-Fi and limit internet access. With the new chip, the company says the phone stays online while mirroring, with faster, more stable connections that allow smooth playback of 4K video.

Key features, per the maker

• 4.7-inch display for framing shots and real-time rear-camera preview
• Built-in speaker, which HENTIVIEW describes as a world first for a wireless mirroring screen
• Split-screen mode on Android: play video on the mirrored screen while replying to messages or editing on the phone
• Second-generation chip intended to keep internet connectivity during mirroring
• Magnetic mount that the maker says stays steady and allows free angle adjustment
• Included Bluetooth remote for taking photos and videos from a distance

Open questions

The campaign itself acknowledges hurdles on the way to production, including possible component delays from global supply-chain disruption and the firmware optimisation needed to work across different phone models and OS versions. HENTIVIEW says it is working closely with suppliers and carrying out thorough testing to address them. Battery life, display resolution figures and dimensions are not specified in the source material.