HDT2

Aluminum alloy has high strength and good corrosion resistance. For interactive whiteboard wireless transmitters, the high-strength aluminum alloy shell can effectively protect the delicate electronic components inside, making it less susceptible to damage from external forces during daily use. Whether it is an accidental collision, drop, or bumps during transportation, the aluminum alloy shell can provide reliable protection for the wireless transmitter, ensuring its stable performance and long service life.

The HDT2 wireless transmitter has an LED indicator light, which has the characteristics of low energy consumption and will not have a large impact on the battery life of the wireless transmitter. At the same time, the LED indicator light has moderate brightness, which can be clearly seen even in bright environments, and is not too dazzling in dark environments. This efficient display method ensures that users can understand the status of the device at any time without consuming too much energy, which is in line with the concept of energy saving and environmental protection.

The interactive whiteboard wireless transmitter can transmit videos with a resolution of up to 1080P, which can bring users extremely clear and delicate picture effects. Whether it is the courseware display in teaching, the charts and data in business presentations, or the wonderful pictures in video playback, they can all be presented to users in high definition. At the same time, the frame rate of 30FPS (frames per second) ensures the smoothness of the video. When watching videos or making dynamic demonstrations, there will be no stuttering, blurring or smearing, and the picture transition is natural, providing users with smooth visual enjoyment.

The support of 2.4G and 5G dual-band enables the wireless transmitter to automatically switch to a stronger and more stable frequency band in different environments, avoiding signal interruption or stuttering. This stable transmission performance provides users with reliable protection, allowing teaching and demonstration activities to proceed smoothly, improving work efficiency and learning effects.