At present, home projectors are favored by more and more users, in addition to the light source, volume and picture quality continue to improve, in the home scenario, will encounter the projector cannot be the fast and accurate, auto-focus problem.

The dToF LiDAR technology can solve the above problems perfectly.

With fast scanning speed, high range accuracy, low power consumption, and strong anti-interference capability, dToF LIDAR technology can be used in projectors to achieve a faster and more accurate measurement, which not only helps projectors to auto-focus quickly but also enables keystone correction, user detection, screen frame alignment, and intelligent obstacle avoidance.

With the upgrade of navigation and obstacle avoidance technology, the intelligence of today's sweeping robots has undergone a radical change. As a representative product of the quality of life in the smart home, consumer demand for Robovac is also rising.

The dToF sensor has greater advantages in effective obstacle avoidance distance, anti-interference capability, and accuracy in complex environments, as well as fast scanning speed, high range accuracy, low power consumption, and strong anti-interference capability, which has become the best choice for navigation and obstacle avoidance for floor sweeper manufacturers. Configured with dToF sensor sweeper products, can help the sweeper accurately sense the surrounding obstacles and timely avoidance, in navigation, obstacle avoidance, cliff detection, and other aspects of good performance.

In recent years, sales of smart door locks have soared, especially face recognition smart door locks, which are favored by consumers because of their high security and insensitive characteristics.

Proximity sensors based on dToF have excellent ranging ability, ultra-low power consumption and strong anti-interference ability, and respond quickly. When a person is detected to be close to the door for a certain distance, the door lock can start the face recognition system to recognize, so as to realize automatic unlocking; and when no person moves in front of the door, the recognition system of the door lock can automatically enter a standby state, so as to save electricity and achieve the goal of reducing the power consumption of the door lock.

The dToF sensor plays an important role in human-computer interaction and power management of smart door locks, and is an excellent choice in the visual sensing scheme of face recognition smart door locks.

In order to enhance the user's bathroom experience, the market has achieved various degrees of intelligent bathroom products, such as toilets, showers, bathtubs, bathroom cabinets, hardware faucets, etc., for thousands of households to bring health and comfort, and convenience experience.

The dToF sensors equipped in bathroom facilities feature high distance measurement accuracy, low power consumption, and rapid response. For example, dToF sensors loaded on various smart home faucets such as bathrooms can accurately sense whether a person is approaching, thus realizing functions such as automatic water discharge and flushing.